#dbs ch2

[voidendron]

Deep Blue Sea: Ch 2

Chapter 2: Starting Point Subnautica/JSE Egos Crossover

((  just a tidbit: Chase’s PDA’s voice has been replaced with Sean’s voice! the other survivors each have a different (non-canon or not appearing in this fic) Septic Ego as their own PDA ))

Warnings: Swearing, Minor Head Trauma Characters: Chase Brody POV: Chase Brody

Chase groaned as his eyes fluttered.

Then he coughed.

Then he jolted awake with a start as wide eyes set on the fire overtaking half of the lifepod.

“What?! No, no, no, shit!” He punched at the release for his harness. His frantic tapping was in syn with the headache pounding at his skull.

When the harness released he all but fell out of the chair in a scramble for the fire extinguisher. It was heavier than he remembered.

He continued coughing and wheezing as he put the fire out before throwing the extinguisher to the side and scaling the ladder to throw the top hatch open. Smoke billowed after him as he threw himself down on his back on top of the pod, suppressing a hiss at the bright sunlight.

The pod rocked gently beneath him. All that did was contribute to the nausea he could feel building in his stomach. He forced himself to swallow past it and pressed a hand to the bloody welt in his head. He pushed himself to sit up and squinted down at his PDA as he turned it on. It booted in Emergency Mode, only to immediately go on to tell him he’d suffered minor head trauma.

“Well, no shit,” he muttered.

He fiddled with the device for a bit, cursing and mumbling to himself as he viewed the alarmingly limited data it carried in Emergency Mode. Until he made it back to Alterra to have it reset to its original mode, he didn’t have any of his old files. He couldn’t even check in with his maintenance crew, dammit!

A splash to his right startled him and nearly made him drop his PDA.

When he turned to look, the color drained from his face. He was…he was surrounded by water. No land in sight, while the Aurora’s remains loomed in the distance where it had settled to the ocean floor.

He was stranded. On an alien planet. In the middle of the ocean. With no land in sight.

Chase choked on a sob when it finally hit him.

He couldn’t see any other lifepods. What if—no, no. Don’t think that way. They were small. Maybe they were just…too hard for him to see?

He could see a sand floor beneath his pod. The middle of the ocean, and he was in shallows?

Little…fish, swam about. They didn’t look like any of the fish he’d seen in pictures; with massive eyes that took up a good portion of their bodies, funny shapes. One looked more like a decoration or household appliance than a living creature. Occasionally, one of the eye-fish would jump out of the water. That would explain the splash he heard.

A shake of the head and Chase slide back into the lifepod. Rescue had to be coming, right? It had happened so fast, though… What if the Captain hadn’t had time to send out a distress signal? He knew Keen would have done so in the Captain’s place, if not for the fact that the First Officer was just as stranded as he was. That was, if Keen had even survived landing. Chase racked his brain for what problems Lifepod 19 had. He couldn’t recall, and his PDA was no help in its current setting.

Chase just huffed a sharp breath and sat himself next to the storage compartment. Check your supplies, Brody. Remember the survival training the entire damn crew had to go through.

No air tanks. No swim gear (thank god his work attire was waterproof). He didn’t even have a repair tool, scanner, or Seaglide.

Okay.

We’ll start from scratch, then.

Chase shuffled toward the fabricator as it prepared blueprints, altering the original ingredients as needed to be materials it detected on nearby areas of the planet.

Huh. So that’s how they worked. He’d always wondered how they’d work on alien planets that maybe didn’t have the materials the original item blueprint required. It was just replacing materials with the best substitutes, if not altering the print itself entirely.

A survival situation wasn’t exactly the way he’d wanted to learn that, however.

He’d tried waiting. Three hours had ticked by. Nothing.

He took a shaky breath as he made sure the ingredients showed up on his PDA, as he glanced to the bottom hatch of his pod.

He’d tried fiddling with the radio and damaged wiring where the panel had torn free, but without a repair tool he was out of luck. He could pull off the repairs just fine.

Just…not with his bare hands, unless he wanted to severely burn them or lose a finger or two.

Then, he’d studied the Aurora from atop Pod 5; wondered how anyone still on board could have survived its landing. If they had.

When the shock had faded away, Chase knew it would be a good long while before rescue came. He’d spent one of those three hours trying to calm himself after that realization hit him. They were so far out of Alterra space on this planet. Even when the company realized the ship was down, whether distress signals had gone out or not, it could be weeks—months!—before rescue was able to reach them.

No other option but to start scavenging up supplies he’d need.

He opened the hatch, kicked his feet at the water. Boy, he didn’t like this at all. He slipped on a pair of goggles (they were swimming goggles. Swimming goggles. As in, meant for the ship’s on-board pool and not a lifepod’s inventory. Where was the damn diving helmet? Or oxygen tank, for that matter?) and grimaced as he looked at the ocean just inches beneath him.

Steeling himself and taking in a gulp of air, Chase slid out of the lifepod.

The water stung the gash in his head. He kicked to the surface beside Pod 5 and placed a hand over it with a hiss. An alien planet. And it had a salt water ocean. That would be just wonderful when he needed drinking water.

Diving helmet. He needed one bad. Hey, at least the wound would be disinfected! he thought with a bitter laugh.

“’The Aurora will never go down,’” he parroted with a sneer. “Uncrashable my ass.”

He checked the materials for an oxygen tank and repair tool on his PDA, replaced it at his hip, took another breath of air, and dived.

Laughter to his left—yes, laughter, he wasn’t hearing things—startled him bad enough he swallowed a mouthful of water. He was forced to surface; spluttering and coughing as he treaded water, tried to pinpoint the noise. A large creature with a bulbous tail met his eye. It laughed again and his hair stood on end. There were two others farther away.

Chase backpedaled and the creature turned to swim lazily in the other direction, toward the other two. He’d…give them a wide berth.

Multiple times he’d kick frantically to the surface when he couldn’t hold his breath any longer, then go right back under to grab as many supplies as he could before needing air again.

One oxygen tank later (low capacity. Why wasn’t there a blueprint for a high capacity tank?  Fifteen minutes wasn’t long enough) and he found himself glaring at his PDA. “The hell’s a ‘cave sulfur’?” He pinched the bridge of his nose. Okay. Just. Check the nearby caves? There was one not far from his lifepod; if it was cave sulfur, it wouldn’t hurt to at least check there, right?

He fitted the mask back over his nose and mouth (he wanted a helmet. Not the little mask that was auto-constructed with the O2 tank. He needed a dive suit if he wanted the helmet) and cut toward the direction of the cave opening he’d seen.

Looking into it now, it was a lot darker than he would have liked. What if there was something predatory in there?

He gulped at the thought.

No flashlight, and it would be too easy to get disoriented underwater. Hopefully it was just a small cave…

Using just the weak light of his PDA’s screen, in he went.

It didn’t take long for him to discover the exploding fish.

Chase yelped when a round fish exited a flower-like pod and shot straight for him. He didn’t even process what was happening as he bolted back for the cave’s entrance. He’d scrabbled for a handhold in the rocks; ducked at the creature went right past his head. It proceeded to blow up a few meters away, startling one of the big-eyed fish into darting toward then away from Chase.

Okay. Watch for the weird pod thing that hid freaking exploding fish. Good to know.

“It would be best for your health to avoid the planet’s volatile fauna,” his PDA offered helpfully. All he could offer it was a glare. Cheeky bastard.

He resurfaced to let his tank refill, then went right back down to the cave. There had been something left in the pod after the fish left and—Well. It looked like the cave sulfur that the fabricator had very roughly tried to recreate how it thought the stuff would look.

Wonderful. Hopefully nothing else would need it because he did not want to meet any more of those buggers.

Okay, okay. Just get back to your pod and start repairing shit, dude, he thought. At least now he’d be able to send out a distress signal once the fabricator built this little tool. If it was this much of a hassle to scrounge up supplies for a repair tool, he didn’t want to know how hard other stuff would be. Hopefully rescue would come before he had to figure that part out.

A shake of the head and he pushed himself away from the storage compartment just as the fabricator was finishing.

Repair tool. Finally.

He snatched it up and ducked around the ladder to start working on the radio.

He willed its cables to stitch themselves back together while careful to keep his fingers away from the end of the tool; spliced wires that had been split apart. It was a patch job, but all he could do without actual parts for repairing. It would work, at the very least, to send out and pick up distress signals. He wasn’t sure it could handle having a message sent out, though. He’d have to settle for just the signal.

Now, to just try and relax while he waited for—

“Seek fluid intake.”

“Goddammit.”

#fanfic #writersofjack #jacksepticeye #chase brody #subnautica crossover #deep blue sea #dbs ch2 #blitz indites #swearing /

[space-helen]

Back To Vegas - Chapter 4

Words: 1948

Pairing: Nick Stokes x reader

A/N: Case is unfolding now!! I promise there’ll be more Nick and Reader moments in the next chapter

CH1     CH2      CH3     CH4    CH5   CH6   CH7   CH8

______________________

“Y/N?” You looked up from the evidence gathered at Hallie’s house that was out on the table.

“Greg?”

“New DB just came in. Want to join me?” he questioned stepping into the room. 

You looked at Grissom opposite you and he gestured towards Greg “Go. I’ll be ok with this. Catherine will be back in a second anyway.”

You stood and began to leave, Greg leading the way. “You wanna drive?”

“Uhh I think you should. I still don’t know Vegas that well.”

The man laughed “You’ll get to know it soon enough. I’m surprised Nick hasn’t taken you on a tour yet.” 

You got into the car with the man “Well we haven’t exactly had the time yet.”

“I was going to ask Nick if he wanted to come hiking soon and you’re more than welcome to join to.” The man started the engine.

“I’ll ask him later. Thank you”

“My pleasure. So Y/N tell me what sort of stuff are you into?”

The entire car ride was spent talking about your hobbies and getting to know the man, allowing him to talk about the history of Vegas and his friendship with Nick.

“I’m sorry I didn’t make too much of an effort to get to know you. Or come and see you and Nick. I was actually kind of nervous. I knew you were a big part of his life and I didn’t want to scare you away or something.”

“Don’t apologise or worry about it. It would have been nice to get to know you sooner, don't get me wrong. But you and Nick were always calling each other so I feel like I know you anyway.”

“Same to you. He spoke about you a lot, you know. Still does.”

You rolled your eyes “As much as I love the man can we move away from the relationship talk? I feel like I’ve been grilled and questioned by everyone about it.”

“Alright. No relationship talk.” The man pulled into the drive of a house. The police presence around the house was instantly noticeable.

“High profile?” 

The man shrugged “I don’t think so.”

The two of you got out of the vehicle and grabbed your kits, quickly moving towards the house.

“Why so many officers?” you questioned an older looking man by the front door.

“The body is fresh. Found by his kid. He was a professor and writer. The kid said he saw a woman leaving.”

You thanked the man and entered the house, Greg right behind you. The two of you saw a teenager in the corridor with a detective “Hi.” you greeted them.

“Sanders and?” the detective enquired.

“Y/L/N” you replied and stretched out your hand. 

He shook it “Wentz” The man turned to the teenager “This is Steff Nichols, Mr Nichols, the vic’s, son.” He turned to the man “Tell them what you saw.”

Steff fidgeted “I came home from tutoring early and shouted for my Dad. I knew he was in, he never leaves on a Thursday night. He has to be home to watch his favourite show. I didn’t hear a response so I looked for him and came to his room and found him on his bed grasping at his chest. I went to run for my bag and cell phone and saw that someone was running down our drive I didn’t chase her I called nine one one and went to try help him.” he was visibly upset.

“Don’t feel bad you did the right thing.” you re-assured “Have you given Detective Wentz a description of what she looked like?”

He nodded “The best I could.”

“Did you touch anything in the room?” Greg asked from beside you.

“No. My focus was on Dad and… he was gone by the time help got here.”

“Did they touch anything?” Greg asked.

“Nothing. Just the father” Wentz replied.

The two of you nodded. “Stay with the detective alright?” Greg told the kid as the two of you continued down the corridor to the room his father lay.

The room was large and the man lay on the floor next to his bed, far from the door. You took a picture as soon as you entered the room. You slowly approached the body and took more as Greg fell into step with you.

Something caught Gregs eye as he approached the opposite nightstand. “Y/N look” he pointed at a vial on the nightstand as he began to rush out of the room “I’ll ask if they left anything.”

You took a picture of the vial before placing your kit down and picking up the vial. Greg was back with you within seconds “They didn’t even take anything out of their packs. Anything they did was over by the body.”

You read the label and passed it to Greg who now had an open evidence bag. “Potassium.” He sealed the bag and read it through the plastic. 

“These cases are more intertwined than we thought.”

“Is it ok if I call Nick? He said that his vic looked like they OD’d but maybe it was something connected to this? Can you call David to check for puncture marks on Hallie?”

He nodded “You call Nick.” Greg brought his phone out of his pocket and walked to the otherside of the room to make his call. Slipping out your phone you quickly called Nick.

“Everything ok?” Nick’s voice was curious

“Yeah.” you pushed some stray hairs back “I’m with Greg with the new DB. We found a vial of potassium here. I know you said your case looked like a general overdose in a motel but be sure to check for Potassium in her bloodstream. We’ll explain more later.”

“Sure, sure. Ours vic had a pretty big concoction of drugs in her stream. We initially thought she was a long time user but she wasn’t at all. I’ll check again for potassium.”

“Thanks Nicky. I’m just finishing this scene and we’ll be back to properly fill you in”

“No problem Darlin’. I’ll see you in a bit.”

“See you in a bit. Love you.”

“I love you too.” 

With that you hung up the call and turned back around, Greg stood on the other side of the room with a smirk on his face and arms crossed around his chest. “Love you Nicky.” he teased.

You couldn’t help the smile that spread across your face “What? Are you jealous Greggo?”

“Don’t you dare.” he laughed “Let’s get back to the scene shall we?”

You composed yourself “Sure.”

The two of you collected the evidence efficiently and effectively and were soon walking back to the car. Bringing out your phone you checked your messages “Nick says there was potassium in his vic.”

“Right. David said he found puncture marks in Hallie too. This calls for a proper meeting.” Greg slid into the driver’s seat and brought out his phone. He began to frantically tap the screen before locking it and putting it away.

Just as he put it down your phone vibrated and you pulled it out.

“It’s only me.”

You read the text on the screen calling for a team meeting upon your return. 

“I’ll drop the evidence off ready to be properly processed then make my way over to the meeting.” you pulled your seatbelt across as he pulled away from the scene.

“Did Nick tell you about that time he left evidence in his car and-”

“Yeah.” you laughed “He gets pretty embarrassed about it.”

“I would too. It was a rough day.”

“When he told me the story I instantly got second hand embarrassment and it lives in my head rent free now. I’ll never leave evidence in a car.”

The journey was quick and you both leaped out the car. Greg chucked you his keys before rushing inside. You grabbed all of the evidence from the trunk and locked up before following Gregs footsteps inside. 

You quickly dropped off the evidence and hurried to the breakout room. Greg was straight ahead of you at the back centre of the room as you entered. Slipping inside you stood by the door next to Sara.

“I’ve called you here because it looks like all of our cases are linked. Each of them are all linked with a potassium overdose or elevated levels in their stream. Y/N and I just got back from a scene where an older man, a professor and writer was found having a heart attack by his son and he saw a woman fleeing the scene but stayed to help his dad.”

Greg paused and looked around the room before continuing. “We need to find the link between these cases. We’ll all be working together from now on. I want the teams to review all evidence from now on. Finish whatever you were doing and come join Y/N and I with your evidence.”

The group split up and you were soon falling into step with Greg. You spread the evidence out across the table and began to upload the crime scene photos before joining Greg back at the table.

Nick was the first to join you. He placed a box of evidence down on the table and stood beside you. Sara and Grissom were quick on his heels with more boxes. Nick’s hand settled on the small of your back as he leaned forward and used his free hand to sift through some evidence.

Sara got to work looking through all of the crime scene photos and Catherine was soon coming into the room with armfull’s of paperwork.

The team worked effortlessly together. Looking through evidence and moving around the room smoothly, lending knowledge effectively and researching as appropriate.

You pulled out the picture strip found on Hallie and looked over the faces with her in the booth. “This face is familiar.” you showed Greg next to you.

He took the strip from your hands “That’s Shana. The first vic. The teacher.” He held up the strip to the room “We’ve found out first link. Find out how they know each other.”

Catherine took the strip from Greg “On it.”

People began to leave the room, finding new clues and going to research them Greg had to excuse himself to take a call but he was soon returning.

“Sara, Y/N.”

“Yep.”

“New Dead body for you both. Could be connected.”

The two of you were soon leaving. “I never thought something like this would be my first case in Vegas.” you admitted to Sara.

“Vegas is different.” Sara laughed “It’s thrown us all straight into the deep end.”

“You can say that again.” 

The scene was a small nicely furnished home. It wasn’t high end but not low end either. The surrounding houses were full of families. The victim was Tessa Spencer, a woman in her 30s found dead in her living room by her brother. Sara and you processed the scene swiftly.

“Do you have any idea who could have done this? Did she have any enemies?” Sara questioned Tessa’s brother, Julian.

“A lot of people liked her. She was a really good person.”

“I know but you really need to think for us. Is there anyone who would want to see her hurt?”

He sighed. “I know she had a disagreement with our cousin last week. She mentioned it over the phone. The two have never really got on. She’s definitely spiralled over the years.”

“Would you say your cousin is capable of murder?”

“Yeah. Most definitely. They were on trial a couple of years ago”

“Who?”

“Hannah West”

Sara’s head snapped to Julian “I beg your pardon.”

Next Chapter

Tag List: (open)

CSI:

Nick Stokes: @wanniiieeee​  @pumpkinfriend

#back to vegas #series #csi x reader #nick stokes x reader #csi vegas x reader

[legal-poppy]

to-do 2/17

go to class (3/3)

iw ch2 notes (0/2 sections)

finish iw ch2 pdf construction

db posts (2/2)

swrk notes (1/3)

3500 ch4 notes (0/3 sections)

chinese homework

chinese notes (0/2)

chinese memorization

#wow i am very bad at completing things this week #but its fine i have valid excuses #and valid distractions #peach todo

[china-tscom]

QSFP+ 40G LR4 2KM

https://www.china-tscom.com/products/qsfp-40g-lr4-2km/

The QSFP+ 40G-LR4-2km module is a highly integrated 4x10G transceiver focused on reach, bandwidth, density and cost for high port-count 40G systems, and client-side 40G interfaces. The 40G QSFP+ LR4 Lite transceiver is designed for applications based on the IEEE802.3ba 40GBASE-LR4 standard of up to 2km reach.

 Features of QSFP+ 40G LR4 2km

l Reach: 2 km via SMF

l Uncooled CWDM DFB lasers, directly modulated

l Using ITU G.694.2 wavelength grid at 1271, 1291, 1311, and 1331nm

l User controllable Transmit Input Equalization and Receiver Output Amplitude

l MSA-compliant performance monitoring via I2C interface

l Fiber connector: SMF LC duplex connector

l Compliant with QDR/DDR InfiniBand data rates

l Hot-pluggable electrical interface

l 0–70°C operating temp

l Power dissipation < 3.5W

l RoHS6 compliant (lead-free)

 Applications of QSFP+ 40G LR4 2km

l 40G Ethernet

l InfiniBand QDR and DDR interconnects

 Specifications of QSFP+ 40G LR4 2km

Optical Transmitter Performance|Optical Receiver Performance|Recommended Operating Environment

Parameter

Symbol

Min

Typical

Max

Unit

Center Wavelength

Ch0

λ0

1264.5

-

1277.5

nm

Ch1

λ1

1284.5

-

1297.5

nm

Ch2

λ2

1304.5

-

1317.5

nm

Ch3

λ3

1324.5

-

1337.5

nm

Bit Rate per Channel

B

10.3125

-

-

Gb/s

Total Average Launch Power

POUT

-

-

8.0

dBm

Side Mode Suppression Ratio

SMSR

30

-

-

dB

Average launch power, each lane

 -6.8

-

2.0

dBm

Optical Modulation Amplitude (each lane)

OMA

-6.0

-

3.5

dBm

Optical Modulation Amplitude (OMA) - TDP, per lane (min)

 -7.8

-

 dBm

Transmission & dispersion penalty,

each lane

TDP

-

-

2.3

dB

RIN12 OMA

-

-

-

-128

dB/Hz

Transmitter Reflectance

-

-

-

-12

dB

Extinction Ratio

ER

3.5

-

-

dB

Transmitter eye mask definition {X1, X2, X3, Y1, Y2, Y3}

{0.25, 0.4, 0.45, 0.25, 0.28, 0.4}

Average launch power of OFF transmitter, each lane

-

-

-

-30

dBm

Optical return loss tolerance

-

-

-

20

dB

 Pin Descriptions of QSFP+ 40G LR4 2km

 Pin Definition of QSFP+ 40G LR4 2km

Pin

Symbol

Name/Description

1

GND

Ground

2

Tx2n

Transmitter Inverted Data Input

3

Tx2p

Transmitter Non-Inverted Data Input

4

GND

Ground

5

Tx4n

Transmitter Inverted Data Input

6

Tx4p

Transmitter Non-Inverted Data Input

7

GND

Ground

8

ModSelL

Module Select

9

ResetL

Module Reset

10

Vcc Rx

+3.3 V Power supply receiver

11

SCL

2-wire serial interface clock

12

SDA

2-wire serial interface data

13

GND

Ground

14

Rx3p

Receiver Non-Inverted Data Output

15

Rx3n

Receiver Inverted Data Output

16

GND

Ground

17

Rx1p

Receiver Non-Inverted Data Output

18

Rx1n

Receiver Inverted Data Output

19

GND

Ground

20

GND

Ground

21

Rx2n

Receiver Inverted Data Output

22

Rx2p

Receiver Non-Inverted Data Output

23

GND

Ground

24

Rx4n

Receiver Inverted Data Output

25

Rx4p

Receiver Non-Inverted Data Output

26

GND

Ground

27

ModPrsL

Module Present

28

IntL

Interrupt

29

Vcc Tx

+3.3 V Power supply transmitter

30

Vcc1

+3.3 V Power Supply

31

LPMode

Low Power Mode

32

GND

Ground

33

Tx3p

Transmitter Non-Inverted Data Input

34

Tx3n

Transmitter Inverted Data Input

35

GND

Ground

36

Tx1p

Transmitter Non-Inverted Data Input

37

Tx1n

Transmitter Inverted Data Input

38

GND

Ground

 Important Notice of QSFP+ 40G LR4 2km

Performance figures, data and any illustrative material provided in this data sheet are typical and must be specifically confirmed in writing by T&S before they become applicable to any particular order or contract. In accordance with the T&S policy of continuous improvement specifications may change without notice.

 The publication of information in this data sheet does not imply freedom from patent or other protective rights of T&S or others. Further details are available from any T&S sales representative.

#sfp #qsfp

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[auto-diagnostikos-iraga]

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Šeši prietaisai viename įrenginyje UNIPROBE yra analoginio ir skaitmeninio tipo matavimo prietaisas; geriausias sprendimas visiems tradiciniams diagnostiniams testams. UNIProbe yra skirtas diagnostikos darbams atlikti. Jis gali būti naudojamas automobiliuose, motocikluose, motoroleriuose, keturračiuose ir laivuose, taip pat lengvosiose ir sunkiasvorėse komercinėse transporto priemonėse, autobusuose bei žemės ūkio transporto priemonėse. UNIProbe palaiko ryšį su visais TEXA ekranais ar su Windows PC su USB jungtimi ar per „Bluetooth“ technologiją, kas suteikia galimybę mechanikams visiškai laisvai judėti aplink transporto priemonę. Jame taip pat yra vidinė ličio baterija, kuri užtikrina išskirtinį autonomiškumą. www.bads.lt

Puikus funkcionalumas UNIProbe apjungia 6 skirtingus prietaisus viename įrenginyje, įskaitant oscilografą su keturiais nepriklausomais kanalais, kurie gali atlikti tikslius ir profesionalius matavimus iš įtampos jutiklių ir srovės matavimo replių. UNIProbe pagalba galima testuoti baterijas, užvedimo ir įkrovimo sistemas, atlikti elektroninius testus CAN tinkluose, matuoti įtampą ir varžą naudojant įmontuotą multimetrą bei matuoti degalų slėgį išoriniu elektroniniu jutikliu. Galite netgi naudoti signalų generatorių, kuris imituos jutiklių ir PWM signalus, kurie varo elektromechaninius vykdymo mechanizmus, tokie kaip elektromagnetiniai vožtuvai ir common rail

Matavimo sistemos programinė įranga Paprastą prieigą prie diagnostinio prietaiso UNIProbe funkcijų užtikrina MSS (matavimo sistemos programinė įranga), kurią sukūrė kompanija „TEXA“, ypač šiam prietaisui, ir visa IDC5 programinės įrangos platforma. SIV (signalo informacijos pristatymas) funkcija nusipelno ypatingo dėmesio. Ji naudoja kompanijos „TEXA“ sukurtą programinės įrangos algoritmą, kuris skirtas palyginti gautus duomenis su reikšmėmis, įrašytomis vidinėje duomenų bazėje. Todėl neįprastus signalus galima nustatyti iškart ir darbą bus galima atlikti greičiau ir paprasčiau.

Techninės specifikacijos • Maitinimo šaltinis: 8 – 32 vdc • Vidinio akumuliatoriaus įkrovimo įtampa – 10 – 32 vdc, įmontuota7.4 v, 1ah ličio baterija • Baterijos autonomija- Iki 5 valandų • Maksimalus srovės ištraukimas – 1,2 a esant 12 v • Aplinkos: Darbinė temperatūra: 0 ÷ +45°c. Saugojimo temperatūra: – 20 °c ÷ 60 °c. Darbinė santykinė drėgmė: 10 % ÷ 80 % nesikondensuojanti • Matmenys – 155x178x55 mm (be „Bluetooth“ antenos) • Svoris – 1,2 kg.

Oscilografas • Kanalai: 4 nepriklausomi Išvesties kanalai su analogine 10 mhz (-3 db)  dažnių juosta; pavyzdžIų parinkimo dažnis 20m mėginių/s prie 10 bitų su 1 arba 2 aktyviais kanalais, 10 m mėginių/s prie 10 bitų su 3 arba 4 aktyviais kanalais. •  Maksimali įėjimo įtampa – +/- 50 vmax, ac ar dc jungtis br •  Vertikali skalė kiekvienam kanalui – Nuo 20 mv/div iki 50 v/div •  Horizontali skalė – Nuo 500 ns/div iki 5s/div •  Pasirenkami sinchronizacijos režimai – Šaltinis ch1, ch2, ch3, ch4, pasirenkamas, laukiančioji sinchronizacija •  Ekrano režimas – Normalus, auto, vieno kadro •  Šių reikšmių matavimas – Dažnis, laikotarpis, rms, vmax, vmin.

Multimetras •  Galvaninė izoliacija – Iki 1 kv saugiems matavimams •  Įtampos matavimai •  DidžiausiaiIšmatuojama įtampa: ± 400vdc, įvesties varža 4.7 mω, 3, skaitmeninė raiška; trys reikšmių režimai, su automatine arba rankine skalės parinktimi: 0-6 v, 6-60 v, 60-400 v ac/dc •  Varžos matavimai – Trys reikšmių režimai, su su automatine arba rankine skalės parinktimi: 0-1000 ω, 1-100 kω, 100 – 10 mω, rezoliucija: 3 skaitmenys •  Srovės matavimai – Srovės matavimai atliekami prijungus texa “bicor” serijos zondus prie įrankio priekyje esančIų lizdų •  Tnet funkcija – Gedimų šalinimas can iso11898, iso11519 tinkluose •  Bpp funkcija – Gedimų šalinimas užvedimo sistemose įtampos matavimai: dc iki 50vdc •  Elektromagnetinis suderinamumas – Etsi en 301 489-17 v 1.2.1 en 6/326/1

diagnostinė įranga, auto diagnostika, autodiagnostika, automobiliu diagnostikos iranga

https://bads.lt/kategorija/diagnostine-iranga/autodiagnostika/texa-diagnostika-autodiagnostika/

[johnlmangum84]

Paneltronics A’ Frame Magnetic Circuit Breaker – 15 Amps – Single Pole

Product Description The RXM-S20 is a marine amplifier that is perfect for many applications. This amplifier is water resistant so you can use it in a car or boat or any other application! The micro size of the amplifier also allows for installation in tight spots. The RSM-S20 is a 4 channel high power amplifier with 1,600 Watts peak output and 800 Watts RMS output (4 x 200 @ 2 Ohms). The CEA-2006 compliant rating is 60 x 4 @ 4 Ohms and 100 x 4 @ 2 ohms We put our newest technology into this amp! It is a class A/B full range micro amplifier and runs very efficiently. Full size class A/B generally run at about 50% efficiency depending on the quality of the particular amp. This one is able to run at around 70% efficiency due to the high quality of the parts we use to build these.

Price: $95.72

Rockville RXM-S20 1600 Watt 4 Channel Proton Micro Marine/ATV Amplifier With PA Microphone. PA Microphone with talkover-When you talk on the mic it will must the music and when you stop talking the music will come back on.

CEA Compliant Power Ratings: 300 Watts (4 x 75 Watts) at 4 ohms and 1% THD+N. 400 Watts (4 x 100 Watts) at 2 ohms

RMS Power Ratings: 800 Watts (4 x 200 Watts RMS) @ 2 Ohms. 800 Watts (2 x 400 Watts RMS) @ 4 Ohm Bridged. 600 Watts (4 x 150 Watts RMS) @ 4 Ohms.

Peak Power: 1600 Watts (2 x 800 @ 2 ohms or 1 x 1600 @ 4 Ohms. Marine amplifier with conformal coated PCB board. High-Speed MOSFET Power Supply. Studio-Grade Bipolar Output Stage Transistors.

Double Sided Surface Mount (SMD) PCB Design. Selectable +6dB/+12dB Bass Equalizer @ 45hz. Channel Separation: 50 dB. Current drawn @ MAX RMS output: 27A @ 4ohm, 40A @ 2ohm.

Efficiency @ MAX RMS output: 70% @ 4ohm, 63% @ 2ohm. 2-Ohm Stable Stereo. 4-Ohm Mono Bridgeable. 3 Channel Mixed-Mono Capable. Input sensitivity: 200mV-6V. Mute and Delay Soft Start System.

Full IC-Controlled Protection Circuitry. 2 CH / 4 CH Input Mode Switch. RCA Preamp Line Output. 8 Volt Preamp Circuitry. Status Mode LED Indicator. 4 Gauge Lucite Encapsulated Power/Ground Terminals.

12 Gauge Lucite Encapsulated Speaker Terminals. THD+A: 0.01%. Frequency Response: 15Hz - 20KHz. Continuously Fully Adjustable 12dB / Octave Crossover with Differential Circuitry.

Continuously Fully Adjustable High Pass Crossover: 50HZ – 250HZ. CH1 & CH2 High Pass 50Hz - 250Hz. CH3 & CH4 Low Pass 50Hz - 250Hz. CH3 & CH4 High Pass 50Hz - 250Hz.

Sensitivity: 100dB @ 1w / 1m. S/N Ratio: >90dB. Damping Factor: > 200 @ 100Hz. 2 x 25A Fuses. 6 LBS. Dimensions: (W x H x L) 6.7" x 1.98" x 10.7".

Product Description “A” Frame Magnetic Circuit Breakers 15 AmpSingle PoleStandard branch AC or DC circuit breaker for Paneltronics electrical distribution panelsMeets all American Boat and Yacht Council (ABYC) Standards for non ignition protected circuit breakerUL Recognized (UL 1077) for use in the U.S.A., and CSA Certified for use in Canada (ABYC E-11.12.2.8.Trip free (ABYC E-11.12.1.7.2.2. and E-11.12.2.8.1.)Manual reset (ABYC E-11.12.1.7.2.4. and E-11.12.2.8.1.)

Price: $24.50

Paneltronics

206-072S

The post Paneltronics A’ Frame Magnetic Circuit Breaker – 15 Amps – Single Pole appeared first on Top Seller Website.

from Top Seller Website https://topsellers.website/paneltronics-a-frame-magnetic-circuit-breaker-15-amps-single-pole/ from Top Sellers https://topsellerswebsite.tumblr.com/post/176280535313

[josephlrushing]

The All New SOUNDBOKS Is a Massive Bluetooth Speaker for All Occasions

There are countless numbers of Bluetooth speakers on the market today. Some float, some glow, and many unfortunately still charge using micro-USB, but one speaker that has truly amazed me over the last few weeks is the SOUNDBOKS.

If you’re familiar with the SOUNDBOK 2, then you kinda know what to expect here, but if not, you’re in for a true treat. A Bluetooth speaker to end all Bluetooth speakers, this is the speaker that when you have friends over for game night, or even to take with you to a family outing where you rather be your own DJ, the SOUNDBOKS truly does it all. The newer SOUNDBOK looks a lot like the previous SOUNDBOK 1 & SOUNDBOK 2, giving off more of the look of a speaker you’d find at a bar or nightclub in my personal opinion. But amazing enough the speaker is ultra-portable, looks incredible, and doesn’t require a wall outlet to function. With a battery life that lasts over 40 hours, the new SOUNDBOK is built to carry the tunes for hours, so much so I even reached out to the DJ from my wedding and recommended the system to him for his DJ events due to its portability.

Inside of the box, you receive the new SOUNDBOKS speaker, a BATTERYBOKS that is backward compatible with previous models (which is great if you have the SOUNDBOKS 2 or SOUNDBOKS 1 and want to swap them out when the battery gets too low), and a proprietary charger. Now you know I’m not a huge fan of those, but for something this massive in size compared to your average handheld Bluetooth speaker, it’s probably best.

First impression from my wife: she hated it. She thought, just like me, that it looked like a stage monitor for a concert and probably weighed too much to move around our personal house, only to be surprised when she could lift it herself and even said: “well, I wasn’t expecting that”. But she was even MORE impressed with the actual sound of it. Boasting two 10-inch woofers, a compression driver tweeter and a Class D amplifier complete with Advanced Bass digital signal processing, the speakers sound freaking amazing.

We had a few friends come over before I recorded a podcast just to test out how they felt about the audio I played, and so many compliments came from not just the sound but the aesthetics of the speaker. My brother mentioned it being the perfect poolside speaker for his home, which I thought was fitting since the speaker — while not waterproof — does come with an IP67 rating. So, while I wouldn’t exactly suggest sitting it directly next to the pool, if you do decide to put it on the side in a grassy or damp area, it would be just fine and might take the residual of a cannonball splash. If only I were able to test this, but unfortunately our pools have already closed for the summer.

With regard to inputs for connecting a friends phone to turn into a DJ, SOUNDBOKS states:

The New SOUNDBOKS is equipped with a new feature, the Pro Panel. Pro Panel has 2x ‘XLR/6.35mm Jack’ combo inputs (CH1 & CH2), 1x 3.5mm AUX input and 1x 3.5mm AUX output. You can also choose to connect wirelessly to the New SOUNDBOKS using Bluetooth 5.0.

One huge deal for me is the ability to connect the new SOUNDBOK allows you to daisy-chain it to other SOUNDBOK speakers, including previous models courtesy of SKAA technology. In my testing, I was able to pair two SOUNDBOKS together for listening, to my neighbor’s dismay I’m sure. The SOUNDBOKS can go up to 126 dB which is INSANE. That’s similar to being in the front row at a concert, which is awesome if you’re outdoors for a cookout or function, but I wouldn’t recommend it at all inside your home.

Do I enjoy the new SOUNDBOK? Absolutely. The price is a bit high, though; it starts at $999 for a single speaker, which is a bit out of my price range, but there’s something for everyone I guess. If you are interested in having the top of the line Bluetooth speaker that will fit in your trunk or backseat (I’ve tested it, it fits), or if you just want a loudspeaker that sounds incredible, the New SOUNDBOK can be purchased through this link

Source: Manufacturer supplied review unit on loan

What I Like: Loud, large, yet light Bluetooth speaker that has connectivity ports like AUX

What Needs Improvement: Expensive

from Joseph Rushing https://geardiary.com/2019/10/07/the-all-new-soundboks-is-a-massive-bluetooth-speaker-for-all-occasions/

[youngprogrammersclub]

Creating Physical Standby DB through RMAN Restore & Recovery

Here in below example we will see step by step procedure how to create standby database without using Recovery Manager DUPLICATE TARGET DATABASE command. Steps:Backup the database with all Archivelogs and controlfile for standbyMove all your backup and standby controlfile to the standby server.Make proper changes in Pfile of both primary and standby server.Perform Restore & Recovery on Standby sitePut the Standby DB in Recovery Managed Mode.Take a full valid backup of Primary databaseC:> rman target /connected to target database: SADHAN (DBID=63198018)RMAN>run{allocate channel ch1 type disk;allocate channel ch2 type disk;backup incremental level 0 format 'H:ORABACKi001_%T_%u_s%s_p%p' database;backup format 'E:ORABACKi001_arch_%T_%u_s%s_p%p' archivelog all;backup current controlfile for standby format'E:ORABACKi001_CF_%T_%u_s%s_p%p' ; }Create Standby Control file on Primary databaseC:>RMAN TARGET /connected to target database: SADHAN (DBID=63198018)RMAN> backup current controlfile for standby format=’H:orabacksadstby_CFile.%U’;Starting backup at 25-FEB-13using target database control file instead of recovery catalogallocated channel: ORA_DISK_1channel ORA_DISK_1: sid=158 devtype=DISKchannel ORA_DISK_1: starting full datafile backupsetchannel ORA_DISK_1: specifying datafile(s) in backupsetincluding standby control file in backupsetchannel ORA_DISK_1: starting piece 1 at 25-FEB-13channel ORA_DISK_1: finished piece 1 at 25-FEB-13piece handle=H:orabacksadstbycontrol.ctl tag=TAG20130225T020241 comment=NONEchannel ORA_DISK_1: backup set complete, elapsed time: 00:00:02Finished backup at 25-FEB-13Move the Backup to the Standby ServerYou can move the backup from primary site to standby site by using any of the below method:–         You can move the backup exactly the same location on standby as they were created on primary database.–         You can use CATALOG BACKUPIECE command (on 10g onwards) if you are moving the backup to a different location.–         If the backup are on NFS then mount the NFS on standby server with the same name as you mounted on primary database.–         Use FTP or SCP to move the backup.–         If you taken the backup on tape then you must do proper changes on standby server to restore the backup using tape.Make proper changes in Pfile for both primary and standby server:Copy the Primary Database PFILE to Standby site and make necessary change. Consider you have already primary database pfile required changing.log_archive_dest_2='SERVICE=SADSTBY'db_unique_name='sadstby'instance_name='sadstby'db_file_name_convert='D:oracleoradatasadhan','D:oracleoradatasadstby'log_file_name_convert='D:oracleoradatasadhan','D:oracleoradatasadstby'standby_archive_dest='E:oraclesadstbyArchive'Note: Do not forget to create service for standby database and make sure to tns network connectivity for primary as well as standby database.Perform the Restore & Recovery on Standby site:C:> rman target /connected to target database (not started)RMAN> startup nomount;RMAN> SET DBID = 63198018executing command: SET DBIDRMAN> restore controlfile from ‘H:orabacksadstbycontrol.ctl’  --for 9iRMAN> restore standby controlfile from 'H:orabacksadstbycontrol.ctl'; --for 10g onwardsRMAN> sql 'alter database mount standby database';RMAN> restore database;Now try to list all the archivelogs which are backed up and from this list identify the maximum sequence for recovery.RMAN> list backup of archivelog all;RMAN> recover database until sequence 58;Note: Do not be panic if you find any error indicating file was not restored sufficiently with old backup. You can safely ignore that error and move for next step.Put the Standby DB in Recovery Managed Mode:SQL> alter database recover managed standby database disconnect from session;Database altered.Now try to generate some log and check the sync the log from primary are shipped over to standby archive destination.

[fenomenses-blog]

Yamaha DBR 10 Aktif Hoparlör

Yamaha DBR 10 Akif Hoparlör DBR10 en üst sınıfa ait bir kabindir. 129dB'e kadar SPL gücüne sahiptir ve kaliteli frekans aralığı sunar. Yamaha kalitesinin ürünü olan DBR10 DBR Serisi hoparlörlerin 10"lik bass hacmine sahip, küçük üyesidir. Dj etkinlikleri, canlı müzik performansları ve dinleti müzik yayınları için en doğru tercih olacaktır. Yüksek Verimli Sınıf D Amfisia DBR10'un hafif, yüksek performanslı D Sınıfı amplifikatör, netlik ve dinamik özellikler ile birlikte 1329 dB'lik bir SPL'ye ulaşarak 700 W'a kadar güç üretebilir Yamaha DBR 10 Akif Hoparlör Özel Tasarımlı Dönüştürücü Bas hoparlör, az bozulma ile tanımlanmış ve güçlü bir bas verirken, 1 "hassas sıkıştırma sürücüsü doğru orta ve yüksek frekansları üretir      Yamaha DBR 10 Aktif Hoparlör Yamaha DBR 10 Akif Hoparlör  Taşınabilir Kabin DBR Serisi hoparlörler, tüm Yamaha güclü hoparlörlerin taşınabilirliğini sunan kompakt, hafif ve dayanıklı bir plastik dolap içerir. Şık çelik ızgara kabinin dayanıklılığını arttırır ve iç bileşenleri korurken ergonomik saplar nakliye ve sistem kurulumu sağlar   Cihaz Üzerinde 2 Kanallı Mixer DBR Serisi hoparlörlerin iki giriş kanalı vardır. Kanal 1, hem XLR hem de TRS Telefonu kabul eden birleşik girişe sahiptir ya da Mic ya da Line seviyesi giriş sinyallerine izin verir. Kanal 2, iki giriş seçeneği sunar; XLR veya TRS Telefonu kabul eden birleşik giriş, CD çalarlardan veya diğer stereo line-level kaynaklardan gelen giriş için bir stereo RCA pin girişi. Yerleşik mixer, Kanal 1 ve Kanal 2 sinyallerini mixlemek için Kanal 1 + 2 MIX'ı veya Kanal 1'den gelen sinyali yalnızca Kanal 1'den iletmek için Kanal 1 Potunu'nu seçmenize izin verir      Yamaha DBR10 Aktif Hoparlör Yamaha DBR10 Aktif Hoparlör Kurulum Uygulamaları için Donanma Noktaları DBR hoparlörler, isteğe bağlı hoparlör dirsekleri veya standartlaştırılmış göz cıvataları ile donatılmış uygulamalara izin veren, M8 arma iplikleriyle donatılmıştır   Yamaha DBR-10 Akif Hoparlör Çarpıcı Teknik Özellikler   Hoparlör Tipi : 2 Yollu Bi-amp Aktif Kabin (Bass reflex) Frekans Aralığı : 55Hz – 20kHz Bass Hoparlör : 10" - 2"Coil Tiz Hoparlör : 1" - 1" Driver Crossover : 2.1kHz: FIR-X tuning™ (linear phase FIR filtre) Çıkış Gücü : Dinamik 700W (Bass: 200 W, Tiz: 200 W) / Continuous: 325 W Bass : 260 W, Tiz: 65 W Maksimum Çıkış Seviyesi (1m; on axis) : 129 dB SPL Güç Gereksinimi : 100 V, 100-120V, 220-240 V, 110/127/220V Güç Tüketimi : 74W, 18W(Idle) Kabin Materyali : Plasitk Renk : Siyah Asılabilirlik ve Aparat : Bottom x 2, Rear x 1 (Fit for M8 x 15 mm eyebolts Giriş soketi : 35 mm (Bottom x 1) Giriş 1 : Combo x1 Giriş 2 : Combo x 1 + RCA pin x 2 (Balanssız) Çıkış : XLR3-32 x 1 (CH1 Paralel bağlantı veya CH1+CH2 Mix) Genişlik : 308 mm Derinlik : 289 mm Yükseklik : 493 mm Ağırlık : 10.5 Kg Read the full article

[thedevilwalks]

Guidance and Forms

For help and assistance call: 0843 509 2500

Calls cost 7p per minute, plus your operator’s access charge. This is a call forwarding service which will connect you directly to the HMRC helpline.

Forms

Income Tax Forms

SA100 – main tax return form

R40 – claim for repayment of tax deducted from savings and investments

R43 – claim to personal allowances and tax repayment by an individual not resident in the UK

P50 – claiming tax back when you have stopped working

R38 – expat tax claim

R38 – tax claim, claim a tax refund when you have overpaid tax, authorise a representative to receive the payment on your behalf.

P55(DB) – claim back tax HM Revenue and Customs (HMRC) owe you on a death benefit lump sum payment

P85 – leaving the UK

Child Benefit

CH2 – apply for child benefit

CH24A – if you think a decision is wrong

Other Useful Forms:

National Insurance number

CA5403 – apply for National Insurance number

HO81 – claim Fuel Duty Relief

The post Guidance and Forms appeared first on Contact HMRC.

from Contact HMRC https://www.contacthmrc.com/guidance-and-forms/ from Contact HMRC https://saltpepperandlove.tumblr.com/post/161555761182

[legal-poppy]

to-do 1/29

hike

practice chinese initials and complex finals

pick up me car :)

find last 3500 article and write blog posts (1/2)

watch 3450 movie and write blog post

3500 ch2 notes (0/2)

3450 db replies (5/4)

#peach todo

[saltpepperandlove]

Guidance and Forms

For help and assistance call: 0843 509 2500

Calls cost 7p per minute, plus your operator’s access charge. This is a call forwarding service which will connect you directly to the HMRC helpline.

Forms

Income Tax Forms

SA100 – main tax return form

R40 – claim for repayment of tax deducted from savings and investments

R43 – claim to personal allowances and tax repayment by an individual not resident in the UK

P50 – claiming tax back when you have stopped working

R38 – expat tax claim

R38 – tax claim, claim a tax refund when you have overpaid tax, authorise a representative to receive the payment on your behalf.

P55(DB) – claim back tax HM Revenue and Customs (HMRC) owe you on a death benefit lump sum payment

P85 – leaving the UK

Child Benefit

CH2 – apply for child benefit

CH24A – if you think a decision is wrong

Other Useful Forms:

National Insurance number

CA5403 – apply for National Insurance number

HO81 – claim Fuel Duty Relief

The post Guidance and Forms appeared first on Contact HMRC.

from Contact HMRC https://www.contacthmrc.com/guidance-and-forms/

[rosesana]

Siglent SDG1025 25MHz Arbitrary Waveform Generator

The SDG1025 Function/Arbitrary Waveform Generator represents a new level of price performance  value from SIGLENT.  The ergonomic design features a 3.5 inch TFT-LCD display;  Online help feature; Support for USB and internal storage to accomodate file management; . The SIGLENT SDG1025 implements a  DDS  ( Direct Digital Synthesizer) design which provides several technical advantages over older analog Function/Waveform generators including enhanced frequency agility, better phase noise and more precision to control the output phase across frequency switching transitions. 

Arbitrary Waveform Generation Capabilities:

The SIGLENT SDG1025 generates 14-bit 16kpts arbitrary waveforms, Arbitrary editing software (EasyWave) provides 9 standard waveforms: Square, Sine, Pulse, Ramp, Exponential Fall, Exponential lRise, Sinc, Noise and DC, which meets’ basic needs of all engineers; It is easy to develop your  own waveforms using EasyWave drawing software with your computer mouse.  Supports point-to-point line segment drawing and arbitrary point drawing.making it easy to create complex waveforms. Multi-file screen management helps the engineer  edit multiple-waveforms at the same time. It provides ten (10) Storage locations in non-volatile RAM. You can edit and store more waveforms on your PC by using the EasyWave sofware.

Main Features:

DDS technology, dual-channel output. Outputs are totally independent with adjustable phase shift.

125MSa/s sample rate, 14bit vertical resolution.

5 types of standard output waveforms, built-in 48 arbitrary waveforms.

Complete set of modulation functions: AM, FM, PM, FSK, ASK, PWM, linear/logarithmic sweep, burst.

Abundant input/output: waveform output, ‹ Synchronous signal output, External modulation source input, 10MHz clock input, external trigger input, internal trigger output etc. 

Channel coupling and duplication function 

Built-in accurate freq. counter allows the user to measure frequencies up to 200MHz (single channel) 

Standard interfaces: USB Device, USB Host, 

High precision clock

Supplied with powerful arbitrary editing software (EasyWave)

Supports Remote control

Arbitrary waveform output:

Built-in 48 arbitrary waveforms, including math, engineering and other commonly-used waveforms.

Complete set of modulation functions, sweep output, burst output.

Complete set of modulation functions: AM, DSB-AM, FM, PM, FSK, ASK, PWM, the modulation waveform can be observed directly, which it is desirable for education and training sessions;

Sweep output: varies output frequency from start frequency to stop.  Sweep time range: 1ms~500s. The carrier can be Sine, Square, Triangle and Arbitrary waveforms. 

Burst output: It can periodically generate pulse sequences. Internal counter and external control signal are available to control burst output.

Dual-channel Synchronization:

Duplicating function 

Channel coupling: after setting the primary channel and coupling frequency/phase differences, the frequency/phase of the second channel will change in relation to the primary channel, maintaining the frequency /phase difference .

Channel duplicating: allows user to duplicate parameters from one channel to the other.

Built-in frequency counter:

Wide frequency range: 0.1Hz~200MHz. Measurable parameters: frequency, period, duty-cycle, positive pulse width, negative pulse width Ssetting: Adjustable parameters include DC/AC coupling, trigger level and high frequency rejection.

Specifications:

Maximum output frequency: 25MHz 

Output channels: 2 

Sample rate: 125MSa/s 

Arbitrary waveform length: 16kpts 

Frequency resolution: 1μHz 

Vertical resolution: 14bits 

Waveforms: Sine, Square, Ramp, Pulse, Gaussian Noise. 48built-in arbitrary waveforms(include DC)

Modulation: AM, DSB-AM, FM, PM, FSK, ASK, PWM, Sweep, Burst

Frequency counter Range: 100mHz~200MHz

Standard interface: USB Host & Device

Dimension: Width x Height x Depth=229mm x 105mm x 281mm

Frequency Specifications:

Waveforms: Sine, Square, Ramp, Pulse, Noise, Arbitrary 

Sine: 1μHz ~ 25MHz

Square: 1μHz ~ 25MHz

Pulse : 500μHz ~ 5MHz

Ramp/Triangular: 1μHz ~ 300kHz

Gaussian white noise: 25MHz (-3dB)

Arbitrary: 1μHz ~ 5MHz 

Resolution: 1μHz 

Accuracy: Within 90daysv±50ppm within 1 year ±100ppm 18°C~28°C 

Temperature coefficient:

Sine Spectrum Purity:

DC~1MHz -60dBc 

1MHz~5MHz -53dBc 

5MHz~25MHz -35dBc 

Total harmonic waveform distortion ( Channel 1 & Channel 2)  DC~20kHz,1Vpp

Spurious signal(non-harmonic) 

DC~1MHz

1MHz~10MHz

Phase noise 10kHz Offset,–108dBc/Hz(typical value)

Square:

Rise/fall time

Overshoot

Duty Cycle

1μHz ~10MHz 20%~80% 

10MHz(exclude)~20MHz 40%~60% 

20MHz(exclude))~25MHz 50% 

Asymmetric(50% Duty Cycle) 1% of period+20ns(typical,1kHz,1Vpp) 

Jitter 0.1% of period(typical,1kHz,1Vpp)

Ramp/Triangle:

Linearity

Symmetry 0%~100%

Pulse:

Pulse width 1800s, Max. 16 ns, Min. 8 ns resolution 

Rise/Fall time (10% ~ 90%,typical,1 kHz,1Vpp) 7ns 

Duty Cycle 0.1%Resolution 

Overshoot

Jitter(pk-pk) 8ns

Arbitrary:

Waveform length 16k points 

Vertical resolution 14bits 

Sample rate 125MSa/s 

Min. Rise/Fall time 7ns(typical) 

Jitter(pk-pk) 8ns(typical) 

Storage in non-volatile RAM memory (10 in total): 10 waveforms

Output Specifications:

Output Amplitude

CH1:

2mVpp~10Vpp(50Ω,≤10MHz)

2mVpp~5Vpp(50Ω,>10MHz)

4mVpp~20Vpp(high

impedance,≤10MHz)

4mVpp~10Vpp(high

impedance,>10MHz)

CH2

2mVpp~3Vpp(50Ω)

4mVpp~6Vpp(high impedance)

Vertical accuracy (100 kHz sine)

CH1 ±(0.3dB+1mVpp of setting value)

CH2 ±(0.3dB+1mVpp of setting value)

Amplitude flatness (compared to 100 kHz sine,5Vpp) ±0.3 dB

Channel phase deviation

Cross talk

DC Offset:

Range(DC) 

CH1 ±5V(50Ω) ±10V(high impedance) 

CH2 ±1.5V(50Ω) ±3V(high impedance)

Offset accuracy

CH1 ±(|setting offset value|*1%+3mV) 

CH2 ±(|setting offset value|*1%+3mV

Waveform Output:

Impedance: 50Ω(typical)

Protection: short-circuit protection

AM Modulation (CH1/CH2):

Carrier Sine, Square, Ramp, Arbitrary(except DC) 

Source Internal/External 

Modulation waveform Sine, Square, Ramp, Noise, Arbitrary (2mHz ~ 20kHz) 

Modulation depth 0% ~ 120% 

FM Modulation(CH1/CH2):

Carrier Sine, Square, Ramp, Arbitrary(except DC) 

Source Internal/External 

Modulation waveform Sine, Square, Ramp, Noise, Arbitrary(2mHz~20kHz) 

Frequency deviation 0 ~0.5*bandwidth 10μHz resolution 

PM Modulation (CH1/CH2):

Carrier Sine, Square, Ramp, Arbitrary(except DC) 

Source Internal/External 

Modulation waveform Sine, Square, Ramp, Noise, Arbitrary(2mHz~20kHz) 

Phase Deviation 0~360° ,0.1°Resolution 

FSK Modulation (CH1/CH2):

Carrier Sine, Square, Ramp, Arbitrary(except DC) 

Source Internal/External 

Modulation waveform 50% duty-cycle square waveform(2mHz~50kHz)

ASK Modulation (CH1/CH2):

Carrier Sine, Square, Ramp, Arbitrary(except DC) 

Source Internal/External 

Modulation waveform 50%duty-cycle square waveform(2mHz~50kHz)

PWM Modulation (CH1/CH2):

Frequency 500μHz~20kHz 

Source Internal/External 

Modulation waveform Sine, Square, Ramp, Arbitrary(except DC) 

External Modulation range -6V~+6V (maximum width deviation) 

Sweep (CH1/CH2):

Carrier Sine, Square, Ramp, Arbitrary(except DC) 

Type: linear/logarithmic

Direct: Up/down

Sweep time 1ms~500s 

Trigger source: Manual, external, internal

Burst (CH1/CH2):

Waveform Sine, Square, Ramp, Pulse, Arbitrary(except DC) 

Type: Count(1~50,000 periods),infinite, Gated

Start/Stop phrase 0°~+360°

Internal period 1μs~500s

Gated source: External trigger

Trigger source: Manual, External or Internal

Rear Panel Connector:

External modulation: ±6V=100% modulation>5kΩ input impedance 

External trigger: TTL compatible 

Note: The external input voltage can’t be over ±6V, otherwise instrument gets damaged.

Trigger Input:

Input Level: TTL compatible 

Slope: Rising Edge/Falling Edge

Pulse width >100ns 

Input impedance >5kΩ,DC coupling 

Trigger Output:

Voltage level TTL compatible 

Pulse width >400ns

Output impedance 50Ω (typical)

Max. frequency 1MHz 

SYNC Output:

Voltage level: TTL compatible

Pulse width >50ns 

Output impedance 50Ω(typical)

Max. frequency 2MHz

Frequency Counter:

Measurement: Frequency, Period, Positive/negative pulse width, duty cycle

Frequency range: Single Channel:100mHz~200MHz

Frequency resolution: 6bits/s 

Manual DC Coupling:

DC offset range ±1.5VDC

100mHz~100MHz: 50mVrms~±2.5V

100MHz~200MHz 100mVrms~±2.5V

Manual AC coupling:

1Hz~100MHz 50mVrms~5Vpp 

100MHz~200MHz 100mVrms~5Vpp 

Pulse width and duty-cycle measurement:

1Hz~10MHz(50mVrms~5Vpp) 

Input adjustment:

Input impedance 1M ohm

Coupling mode AC,DC 

High-frequency rejection ON/OFF 

Trigger level range:

-3V~ +1.8V

General Specification:

Display 

Display type 3.5inch TFT-LCD 

Resolution 320×RGB×240 

Color depth 24bit 

Contrast Ratio 350:1(typical) 

Luminance 300cd/m2(typical)

Power

Voltage

100~240 VACRMS, 45~66Hz,CATII  

Consumption

Fuse 1.25A,250V

Environment 

Temperature

Operation:0°C~40°C

Storage:-20°C~60°C 

Humidity range 

Below +35°:≤90% relative humidity

+35?~+40°:≤60% relative humidity 

Altitude 

Operation: below 3,000 meters 

Storage: below 15,000 meters

Dimension

Width: 9 1/64th" (229mm)

Height: 4 9/64th" (105mm) 

Depth: 11 1/16th" (281mm)

Weight

N.W: 2.6Kg

30w>

-70dbc>

400ps>

5>

0>

5>

12ns>

-70dbc>

-70dbc>

0>

5ppm>

http://ift.tt/2lyVNqE March 07, 2017 at 11:32AM

#Tools

[legal-poppy]

to-do 1/9

theo reading (ch2, 3, 4)

theo videos (3/3)

theo reading assignments (2/2)

theo db + responses (2/2)

clean cat litter

plc

make january planner

work on blanket

work on fp

#peach todo

[legal-poppy]

to-do 9/17

go to class (3/3)

finish beowulf!

meet friends (2/2)

cj ethics ch2 (0/2)

cj ethics db response (1/2)

flag football/ultimate frisbee

#peach todo