VR1 10K Search Results

TF5S

Contextual Info: R5322N SERIES Discontinued 120mA 2ch LDO REGULATORS NO.EA-077-110412 OUTLINE Ultra-Low Supply Current. Typ. 75µA VR1, VR2 Standby Current . Typ. 0.1µA (VR1, VR2)

F8CM

Contextual Info: REV. DESCRIPTION/ECO NO. DATE RELEASED 2/4/03 OPERATING SPEC. CHANGE 11/15/04 2-PLCS A k 6.5 M A X .-1 OPERATING SPECIFICATIONS NO. CN1 CN2 PIN NUMBER 1 INPUT +12V 2 INPUT (GND) 3 SW1 INHIBIT (+V OR OPEN = OFF / GND = ON) 4 VR1 5 VR1 POTENTIOMETER (10K)

potentiometer 10k

Contextual Info: REV. DESCRIPTION/ECO NO. RELEASED DATE 1/9/03 6.0 MAX. r OPERATING SPECIFICATIONS NO. CN1 CN2 PIN NUMBER 1 VR1 POTENTIOMETER 10K 2 VR1 3 SW1 INHIBIT (+V OR OPEN = OFF / GND = ON) 4 INPUT (GND) 5 INPUT (+12V) 1 OUTPUT (GND) 2 NO CONNECTION 3 OUTPUT (HV) MATING WIRE HARNESS

potentiometer 10k

Contextual Info: REV. DESCRIPTION/E CO NO. RELEASE IN CAD [2] DATE 2/7/03 -3.0±0.5 02.8 21 +1.0 6.0 MAX. PIN NUMBER NO. CN1 CN2 VR1 POTENTIOMETER 10K VR1 SW1 INHIBIT (+V OR OPEN = OFF/GND = ON) 4 INPUT (GND) 5 INPUT (+12V) 1 OUTPUT (HV) . 2 . 3 — 4 5 OUTPUT (GND)

Contextual Info: Multiphase PWM Regulator for VR12 Desktop CPUs ISL6363 Features Fully compliant with VR12™ specifications, the ISL6363 provides a complete solution for microprocessor core and graphics power supplies. It provides two Voltage Regulators VRs with three integrated gate drivers. The first output (VR1)

ctx112

Abstract: ADC78H90 P1145-HC ADC78H89 ADC78H90EVAL AWG2000 ANA1-10 CTX112-ND S9601-ND A19351-ND
Contextual Info: October 2005 Rev C National Semiconductor Evaluation Board Instruction Manual ADC78H90 8- Channel, 500 KSPS, 12-Bit Analog-to-Digital Converter AVDD VR1 J6 DVDD VR2 TP3 GND TP9 TP2 VSS_In GND TP6 TP7 AVDD J3 VDD_In U2 J4 J7 OFFSET VR4 J5 ADC78H90 J9 J8 TP5

ISL6363

Abstract: ISL6363EVAL1Z ISL6363CRTZ ISL6363IRTZ TB347 TB363 VR12 VR12TM isl6622
Contextual Info: Multiphase PWM Regulator for VR12 Desktop CPUs ISL6363 Features Fully compliant with VR12™ specifications, the ISL6363 provides a complete solution for microprocessor core and graphics power supplies. It provides two Voltage Regulators VRs with three integrated gate drivers. The first output (VR1)

GPH127smt

Abstract: IT1185AU2 NOKIA3310 t1157
Contextual Info: DEBUG INTERFACE: POWER SUPPLY 3.3V SWD-1 HN1x2 Close VR1(3.3V) LM1117IMPX-ADJ 3.3V 1 2 IN OUT R34 ADJ/GND R1 C1 + C4 100nF 10uF/16V/tant C6 100nF R2 390R/1% GND + C5 R4 10k SWDIO SWCLK SWDIO SWCLK SWO RST RST +5V BH20S R3 560R NA(1R) 240R/1% C3 470uF/16V

LIMITING INRUSH CURRENT mosfet

Abstract: 1N4148 1N5240B AN21 J177 LMC7211 PT3320 PT3323 uses of magnitude comparator
Contextual Info: Application Notes—AN21 SLTA021A Isolated Products Revised 6/30/2000 “Hot Plug-in” In-rush Current Limiting Circuits for Power Trends’ DC-DC Converters zener diode (VR1) gives U1 a supply voltage of 10V. The turn-on rate of Q2 is controlled by the capacitor C2.

ADSL splitter

Abstract: UL-1950 lowpass filter 20khz
Contextual Info: Telecommunication ADSL POTS FILTER Transformers APS-9001BR 3 VR1 3 LINE PHONE RJ-11 RJ-11 4 The ADSL Splitter is used to block any noise generated by other phones, fax's being introduced on the POT line. And pass high frequency signal to ADSL MODEM. L1 3 L2

24c02n

Abstract: ADCS747x A400-ND ADCS7476 ADCS7477 ADCS7478 AWG2000 MMBT3904 X01A X02A
Contextual Info: October 2004 Rev B National Semiconductor Evaluation Board User's Guide ADCS7476 / 7477 / 7478: 1 MSPS, 12-, 10- and 8-Bit Analog-to-Digital Converters VDD Set TP1 J6 GND VR1 GND TP5 U2 TP2 TP7 VDD_IN GND J3 J7 U1 TP8 VIN ADCS7476 ADCS7477 ADCS7478 TP4 GND

ctx112

Abstract: 100uH inductor 24C02/SO8 LMH6718 ADC78H89 ADC78H89EVAL ADC78H90 AWG2000 ED161 24C02 CABLE PROGRAM
Contextual Info: October 2005 Rev D National Semiconductor Evaluation Board Instruction Manual ADC78H89 8- Channel, 500 KSPS, 12-Bit Analog-to-Digital Converter AVDD VR1 DVDD VR2 J6 TP3 GND TP9 TP2 VSS_In GND TP6 TP7 AVDD J3 VDD_In U2 J4 J7 OFFSET VR4 J5 ADC78H90 J9 J8 TP5

l5150

Abstract: r524 C522 C529 d1212 R508 r511 C527 c534 0603B
Contextual Info: 1 2 3 4 5 6 7 8 C510 C509 R508 1U 0603B 10K 0603B 5P/NA 0603B R509 15K 0603B A A C512 C534 17 AOUT_R AOUT_R C511 R511 0.1U 0603B 10K 0603B 5P/NA 0603B R512 2.2U 1206 33K 0603 VR1 10K VR_XV0102GPH1NC GND C530 17 AOUT_L AOUT_L 2.2U 1206 C524 C523 R521 5P/NA

0805C

Abstract: C687 ac1317 L506 c1317 R3100K SD411 L507 B1000p j521
Contextual Info: 1 2 3 4 5 6 7 8 C39 C38 R24 1U 0805C 10K 0603B 47P/NA 0603B R23 15K 0603B C42 A A C14 17 AOUT_RC AOUT_R C43 R28 1000P/NA 0603B 0.047U 0603B 10K 0603B R27 2.2U 0805C_1206 5 10K 0603B VR1 4 3 2 1 VR_XV0102GPH1NC C13 17 AOUT_L AOUT_LC C30 2.2U 0805C_1206 C31

L506

Abstract: l504 L505 L-504
Contextual Info: 1 2 3 4 5 6 7 8 C39 C38 R26 1U 0603 560P/NA 0603 18K 0603 R25 15K 0603 C16 C42 AOUT_RC 17 AOUT_R 10K 2.2U 0805 +80-20% 16V C15 0.047U 16V 0603 GND AOUT_LC 17 AOUT_L C41 470P/NA 0603 R33 VR1 A R32 C34 0.047U 16V 0603 18K 0603 R19 C31 27K 0603 C32 560P/NA 0603

STK300

Abstract: STK300 circuit 74HC00 Header 8x2 PRESET VR1 10K MAX202CPE 74HC002 LM78L05ACH 5V 74HC00 LM317T
Contextual Info: A B C D E VCC Lights and Switches Decoupling Capacitors VCC VCC VR1 10K C13 C14 100nF C15 100nF C16 100nF C17 100nF 100nF C18 10K Resnet PB0 C19 100nF 100nF VREF 4 C20 100nF AGND 1 3 5 7 9 11 13 15 2 4 6 8 10 12 14 16 PB1 PD1 PD3 +5V + C11 10uF + C12 10uF

LME49720NA

Abstract: headphone female stereo 7 PIN stereo jack female J2 LME49720 MFR-25FBF-1K00 headphone operational amplifier LME49860 LME49600 mfr-25fbf JU17
Contextual Info: National Semiconductor Application Note 1768 Kevin Hoskins February 29, 2008 Quick Start Guide Use VR1 to control the output signal amplitude. Apply power. Make measurements. Plug in a pair of headphones. Enjoy. Apply a ±2.5V to ±17V power supply’s voltage to the respective “V+”, “GND” and “V-” pins on JU19

LM78L05ACH

Abstract: 74HC00 62256 RAM MAX202CPE Header 8x2 RAM 62256 PRESET VR1 10K 62*256 ram BAT85 74hc00 datasheet
Contextual Info: A B C D E VCC Lights and Switches RS232 Circuit +5V Analogue Reference +5V U4 1 2 3 4 5 6 7 8 VCC VR1 + C11 10K + C12 10uF 4 + C9 10uF + C10 10uF 10uF VREF C20 100nF AGND 10K Resnet P9 16 C1+ Vcc 15 V+ GND 14 C1T1OUT 13 C2+ R1IN 12 C2R1OUT 11 VT1IN 10 T2OUT

TOP224

Abstract: BR1 400V PC817A TL431CLP 3.3uF 400v 100uf 35v BZY97C200 HF55BHY HF55BHY3 10C4
Contextual Info: R4 10 C4 1nF 1KV VR1 BZY97C200 LINE F1 L1 3.15A - NTRL D1 UF4005 + C10 10uF 50V T1 R2 100K 2W 9 3 +35V 7 R5 10 + D4 UF5401 D5 1N5822 6 8 L4 HF55BHY3.5X6 C3 1nF 1KV 5 12 D2 1N4148 C6 47pF 1KV U1 C7 0.1uF R6 0 Ohm R1 15 SPECIFICATIONS: INPUT VOLTAGE: 195~265VAC

AMS1117-ADJ

Contextual Info: +12V POWER SUPPLY Only 12VDC!!! VR1 3.3V AMS1117-ADJ D1 1N5819S(SS14) IN 3.3V 3.3V R26 1M 3.3V OUT RC2/AUD_IN ADJ/GND PWR_CON R23 240R/1% C11 10uF/16V C7 R20 390R/1% C8 C9 22uF/6.3V 470uF/16V TB2-5MM C6 100nF 22uF/6.3V C5 100nF 1 2 R24 3k R21 1M PWR LED/0603/RED

2.1 sound system circuit board

Abstract: P4021 1237h 940h 5.1 sound system circuit board vr1 100k lin MSC1157 4.1 sound system circuit board TA7330 1S1588
Contextual Info: Semiconductor MS87V1021 - xxTA DEMO BOARD This version: July 2000 MS87V1021 – xxTA Demonstration Borad 1. BOARD OUTLINE RS232C POWER ON OFF MAX218 POWER Potentiometer MSM66P573 RESET MSC1157 MS87V1021TA Speaker jack VR1 TA7330 MIC jack Note : This document is subject to changes in the future without any prior notice. Therefore, please

C514

Abstract: C567 C-526 c5172 C526 R518 6020 - MOTHER BD 0603B L518B
Contextual Info: 1 2 3 4 5 1 C513 1 2 R512 1 1U 0603B 2 10K 0603B 1 6 7 8 C512 2 5P/NA 0603B R511 2 15K 0603B A AOUT_R AOUT_R 1 C537 2 1 2.2U 1206 1 C518 2 R514 1 0.1U 0603B 2 10K 0603B 1 A C517 2 5P/NA 0603B R513 2 5 33K 0603B VR1 10K VR_XV0102GPH1NC 4 3 2 1 AOUT_L AOUT_L

0801w

Contextual Info: 1 2 3 4 5 6 7 8 POWER SUPPLY H D6 1N5819S USB_VBUS D4 1N5819S D7 1N5819S C2 3 6-9 VDC (4.5-6)VAC + + C27 470uF/16VDC IN 3.3V 3.3V OUT ADJ/GND H PWR R4 240/1% C29 100n C26 R16 560 47uF/6.3V R54 390/1% GND G 3.3V_E HN1x2(closed) VR1(3.3V) LM1117IMPX-ADJ PWR

MN13811-Q

Abstract: Diode Y1 0.1UF LM2940-5 LM2940-5.0 pbasic 4.7k P4 diode RB0 RB1 LM2940
Contextual Info: 1 2 3 4 D D VDD VR1 1 LM2940-5.0 VIN VDD Vdd U1 U4 3 VOUT + GND VIN C1 10 uF 10K 10K SDA SCL SIN SOUT P0 P1 P2 P3 P4 SOUT DTA114EETL RX HOST PORT SERIAL CONNECTION R2 4.7 K C Not included on BS2 1 6 2 7 3 8 4 9 5 1 2 3 4 5 6 7 8 9 10 11 12 13 14 VSS RTCC