#USource

[usourceme]

What does an AI-powered global dream team look like? Like this. 👇✨

Tap, save, share—then build your own.

[inmdreams]

Hello, just sharing that the tweets about making NFL players kneef for isreal are usourced and not backed up by any news other that tiktoks that seem to just be citing the tweet: www (dot) tumblr (dot) com (slash) shmreduplication (slash) 736012478358667264 (slash) this-is-incorrect-on-so-many-levels-to-the-point (please forgive me ive never sent a link in an ask before i'm not super sure the best way to edit it so it goes through)

oh, tyvm for sharing this! honestly, I was inclined to believe because it sounds painfully real 😵‍💫

[jaubaius]

This guys editing skills

How to combine videos: https://filmora.wondershare.com/after-effects/combine-clips-in-after-effects.html?usource=lc&src=linkconnector&lctid=27561906&lcid=1597287016_3_2346378

[eddieharrisnj]

@UsourceEnergy Usource

The Usource booth is looking good at the LeadingAge NY Financial Professionals Conference today. Stop by to say hi to Ron! #energysavings #b2bpic.twitter.com/U9w5Vmqy50

from Queryfeed | LeadingAge_NY https://twitter.com/UsourceEnergy/status/1034464933000429569

[burningcanvas]

https://www.zaful.com/?usource=lc&utm_source=Linkconnector&utm_campaign=Zaful

[ut-source-blog]

What is the semiconductor diode?

Semiconductor diode is containing a PN junction of the two devices. It is the most simple semiconductor devices. P type material called positive, and one end of n-type materials end called negative. Diode is only allowed current flow in one direction of semiconductor devices. It can be used to convert the ac to dc. Two of the diode's lead is divided into the anode and cathode. When the potential negative than positive diode sent a value greater than its potential (open voltage on germanium tube, is near to 0.3 V, silicon tube approximation for 0.7 V) said diode is positive bias, at this time of the diode's resistance is very small, there is a large current through the diode, through the size of the current depends on external circuit resistance. When the positive voltage higher than negative diode as potential bias, then reverse diode of the diode's internal resistance is very high, so a ideal diode can stop the reverse current and make positive current through the. A diode actual characteristic curve is not very ideal, as shown in figure. When the ideal diode reverse bias, electric current cannot go through, and the actual diode is about 10 u A current through the (although small, but is still not ideal). If plus large enough to reverse voltage, PN junction will be punctured, to let the current reverse pass. In general to choose the diode reverse breakdown voltage far outweigh the circuit of possible voltage, diode wouldn't breakdown. Zener voltage (tube) Inside the tube is a special kind of diode, in is partial, under the condition of it and general diodes have the same properties (through a large current can be). But, in reverse bias, in an external voltage stabilizing voltage (less than) when it is not UZ conduction, in an external voltage stabilizing voltage is equal to (UZ) voltage will flow when the pipe, and at the same time maintain on both ends of the voltage regulator tube for voltage value (see chart). The size of the tube current flows through voltage by two factors, a decision for the series (limited to flow) resistance (RS), another for parallel load resistance (RL). Resistance RS from the formula RS = URs/IZ sure, including URs = Usource-UZ, in no load, a specific size of the current (IZ = IRs), which flows through the diode and RS, stabilizing voltage drop and UZ, etc Usource URs, at least Usource than UZ high 1 V. When a load and even to the voltage of the diode's current flows through a diode, due to load distribution and decreases, and so by the RS current keep constant (IZ = IRs-IRL) came. Inside the tube through the change of current flows through it to maintain the voltage on both ends of the voltage stability. transistor The transistor is by the bell telephone laboratories Wm. John Bardeen and Shockley, Walter Brattain h. three doctor invents a device that is electronic technology in the most important devices. It is not only as a division components, and in integrated circuit chips also includes hundreds of thousands of transistors. Transistors are three end devices can be used as amplifier and switching devices as use. A transistor has two basic types, "of transistor and field effect transistor. "Type transistor junction transistor of transistor also said. It's the job of the dependent on the two carriers, namely the majority carrier and the flow of the minority carriers, and two PN junction. Can have the following two arrangement: N type in the middle, P type is on both sides (PNP); P type in the middle, N type is on both sides (NPN). Among, both sides is called base respectively called emitter and the collector. The transistor is to adjust the current flows through it the electronic control devices, from the current origin into emitter, across the very thin base area, and again from the collector current outflow, always in that direction flow. Current, the current size change base will also change, only small onthe base current changes, it would cause collector current very big change. It is this ability makes the transistor has amplification. Collector current IC and base is proportional to the current IB, less than emitter current IE because, to make transistor conductivity must have a small base current inflows (emitter), three of the relationship between the current is IE = IC + IB. IC and the ratio of the IB transistor's current amplification coefficient is called, used to show the ability of the current transistor amplifier, the current magnification called beta, when C, E on both ends of the voltage (UCE) remain unchanged when beta = Δ IC/Δ IB. Transistors in a circuit has three connection mode: GongJiJi of emitter and collector of,. Field effect transistor field effect transistors mosfet often called. Its current only by majority carrier (can provide is electronic, also can be the hole, and only a PN junctions). At present, the most common design circuits, the technology USES MOS tube. Abbreviations, MOS said metal oxide semiconductor, respectively with metal as a door said, the oxide as insulating layer, semiconductor, basement, etc. For the channel According to the different carriers, MOS tube can be classified into two categories: N and P in gully channel. N channel MOS work flow, and power electronic conductivity MOS work hole transmission channel P current. In addition, N MOS work a channel is door voltage conduction and P channel for the MOS useful door voltage conduction. According to the different voltage condition, MOS and can be divided into enhanced and exhaustion types. Enhanced MOS transistors and run out of the tube type MOS symbols as shown in the diagram. Transistor technology mainly used a single pipe (all in NPN type or all in the PNP type) form design, different circuit is the design of the MOS circuit generally with the two complementary type transistor, a piece of also contains N and P MOS tube in gully channel MOS tube high post circuit with two complementary general type of transistor, the integrated circuit called CMOS

[usourceme]

Humans vs Machines? Nah—Meet the AI + Human Dream Team 🤝🤖

Forget the old rivalry. The future isn’t AI replacing humans—it’s humans and AI teaming up to do more, faster, better.

At USource, our digital teams pair human intuition with artificial intelligence to: ✅ Supercharge productivity ✅ Spot insights that matter ✅ Deliver results you can feel (and measure)

Whether it's customer service, content moderation, or data analysis—AI handles the grunt work, our people bring the brains.

💡 Reimagine what’s possible when bots and brains work together.

[mrjammies-blog]

Tonight, I am going to see Logan and it is the greatest regret of my life that I don’t have this to wear.

[usourceme]

USource (US). We inject “us” in to everything we do. Digital is in our DNA - www.usource.me