C337 W Search Results

DAC337

Abstract: converters c337 transistor transistor c337 C3372 C337 C337 W c337 transistor datasheet c33716 C3371
Contextual Info: D AC337 D ata Converter Line Adjustment-Free 8-Bit D ACs FEATURES • • • • No Zero Or Gain A djusts t/aLSB Linearity Internal Reference and Output A mplifier Low Power DESCRIPTION The DA C337 Series digital-to-analog converters are designed for completely adjustment-free operation.

C337

Abstract: c33716 C3371
Contextual Info: D AC337 Sipex D ata Converter Line Adjustment-Free 8-Bit D ACs FEA TURES • • • • • No Zero Or Gain A djusts t/aLSB Linearity Internal Reference and Output A mplifier Low Power DESCRIPTION The DA C337 Series digital-to-analog converters are designed for completely adjustment-free operation.

c337 nec

Abstract: nec 2405 pc337 NEC R18 C337 W C337 c337 transistor Usage of Three-Terminal Regulators NEC F75-100 C337 25
Contextual Info: DATA SHEET SHEET DATA BIPOLAR ANALOG INTEGRATED CIRCUIT PC337 3-TERMINAL NEGATIVE ADJUSTABLE REGULATOR PIN CONFIGURATION Marking Side DESCRIPTION μPC337HF, μPC337HF-AZ The μPC337 is an adjustable 3-terminal negative voltage regulator, which has 1.5 A for the output current. The output voltage

c639

Abstract: c33840 transistor C639 c33725 c877 C63716 marking code 67a sot23 6 c878 c33740 F423
Contextual Info: Marking Code Sorted by Type Type Package Marking Type Package Marking BA 582 BA 585 BA 592 BA 595 BA 597 BA 885 BAL 74 BAL 99 BAR 14-1 BAR 15-1 BAR 16-1 BAR 17 BAR 60 BAR 61 BAR 63 BAR 63-03W BAR 63-04 BAR 63-05 BAR 63-06 BAR 64 BAR 64-03W BAR 64-04 BAR 64-05

c639

Abstract: C63716 C337 40 sot-23 MARKING 636 MARKING 68W SOT-23 C-639 F959 sot143 Marking code 5B B304A sot-89 MARKING CODE BN
Contextual Info: SIEMENS Marking Code Sorted by Type Type Package Marking Type Package Marking BA 582 BA 585 BA 592 BA 595 BA 597 BA 885 BAL 74 BAL 99 BAR 14-1 BAR 15-1 BAR 16-1 BAR 17 BAR 60 BAR 61 BAR 63 BAR 63-03W BAR 63-04 BAR 63-05 BAR 63-06 BAR 64 BAR 64-03W BAR 64-04

transistor C639

Abstract: c639 transistor f423 F423 transistor f422 transistor f422 equivalent cx59 C640-10 f422 c640 transistor
Contextual Info: Marking Code Sorted by Type Type Package Marking Type Package Marking BA 592 BA 595 BA 597 BA 885 BA 892 BAL 74 BAL 99 BAR 14-1 BAR 15-1 BAR 16-1 BAR 17 BAR 60 BAR 61 BAR 63 BAR 63-02W BAR 63-03W BAR 63-04 BAR 63-04W BAR 63-05 BAR 63-05W BAR 63-06 BAR 63-06W

Contextual Info: Document 105-1 Chip Inductors – 1812CS Series 4532 • Higher SRF values than 1812 size parts with ferrite cores • 5% tolerances for all values • 19 inductance values from 1.0 to 33 µH Part number1 1812CS-102XJL_ 1812CS-122XJL_ 1812CS-152X_L_ 1812CS-182XJL_

Contextual Info: Document 105-1 Chip Inductors – 1812CS Series 4532 • Higher SRF values than 1812 size parts with ferrite cores • 5% tolerances for all values • 19 inductance values from 1.0 to 33 µH Part number1 1812CS-102XJL_ 1812CS-122XJL_ 1812CS-152X_L_ 1812CS-182XJL_

Contextual Info: Document 105-1 Chip Inductors – 1812CS Series 4532 • Higher SRF values than 1812 size parts with ferrite cores • 5% tolerances for all values • 19 inductance values from 1.0 to 33 µH Part number1 1812CS-102XJL_ 1812CS-122XJL_ 1812CS-152X_L_ 1812CS-182XJL_

1812CS

Abstract: 1812CS-333XGLC C337 c337 transistor c337 transistor datasheet transistor c337
Contextual Info: Document 105-1 Chip Inductors – 1812CS Series 4532 • Higher SRF values than 1812 size parts with ferrite cores • 5% tolerances for all values • 19 inductance values from 1.0 to 33 µH Part number1 1812CS-102XJL_ 1812CS-122XJL_ 1812CS-152X_L_ 1812CS-182XJL_

Contextual Info: Document 105-1 Chip Inductors – 1812CS Series 4532 • Higher SRF values than 1812 size parts with ferrite cores • 5% tolerances for all values • 19 inductance values from 1.0 to 33 µH Part number1 1812CS-102XJL_ 1812CS-122XJL_ 1812CS-152X_L_ 1812CS-182XJL_

c337 transistor

Abstract: UART applications msp430 MAB 311 c336 transistors transistor c337 C337 W 68 ROM32KB C337 P337 LCD BlockDiagram
Contextual Info: Ultra-low power design with Agenda • Low-Power Concept • MSP430 Features • Overview Configurations • Basic Architecture • Modules • Application Examples • Communication Support • Development Tools • Documentation and Support HeCh / 02-99/ 3-1

Contextual Info: Document 105-1 Chip Inductors – 1812CS 4532 • Higher SRF values than 1812 size parts with ferrite cores • 5% tolerances for all values • 19 inductance values from 1.0 to 33 µH Inductance2 Part number1 (µH) 1812CS-102XJL_ 1.0 @ 7.9 MHz 1812CS-122XJL_ 1.2 @ 7.9 MHz

Contextual Info: Document 105-1 Chip Inductors – 1812CS 4532 • Higher SRF values than 1812 size parts with ferrite cores • 5% tolerances for all values • 19 inductance values from 1.0 to 33 µH Inductance2 Part number1 (µH) 1812CS-102XJL_ 1.0 @ 7.9 MHz 1812CS-122XJL_ 1.2 @ 7.9 MHz

Contextual Info: Document 105-1 Chip Inductors – 1812CS 4532 • Higher SRF values than 1812 size parts with ferrite cores • 5% tolerances for all values • 19 inductance values from 1.0 to 33 µH Inductance2 Part number1 (µH) 1812CS-102XJL_ 1.0 @ 7.9 MHz 1812CS-122XJL_ 1.2 @ 7.9 MHz

Contextual Info: Document 105-1 Chip Inductors – 1812CS 4532 • Higher SRF values than 1812 size parts with ferrite cores • 5% tolerances for all values • 19 inductance values from 1.0 to 33 µH Inductance2 Part number1 (µH) 1812CS-102XJL_ 1.0 @ 7.9 MHz 1812CS-122XJL_ 1.2 @ 7.9 MHz

Contextual Info: To our customers, Old Company Name in Catalogs and Other Documents On April 1st, 2010, NEC Electronics Corporation merged with Renesas Technology Corporation, and Renesas Electronics Corporation took over all the business of both companies. Therefore, although the old company name remains in this document, it is a valid

Contextual Info: To our customers, Old Company Name in Catalogs and Other Documents On April 1st, 2010, NEC Electronics Corporation merged with Renesas Technology Corporation, and Renesas Electronics Corporation took over all the business of both companies. Therefore, although the old company name remains in this document, it is a valid

NEC 2405

Abstract: c337 transistor MARKING G 3pin C337 MP-45G PC337
Contextual Info: To our customers, Old Company Name in Catalogs and Other Documents On April 1st, 2010, NEC Electronics Corporation merged with Renesas Technology Corporation, and Renesas Electronics Corporation took over all the business of both companies. Therefore, although the old company name remains in this document, it is a valid

v42254-a3346

Abstract: V42254-A3216-B309
Contextual Info: SBM 383 with soldering terminal Type B_ Soldering pins fo r printed circuits Soldering pins, straight Special features - Extremely wide range of applications for job lots in laboratories and for use in mass-produced equipment. Few tools required for wiring and assembly.

MMM7210

Abstract: AN3585 L302 inductor C338 EUROPE C338 c341 transistor diode c341 transistor c341 FR4 SUBSTRATE MICROSTRIP ANTENNA SHEET C342
Contextual Info: Freescale Semiconductor Application Note Document Number: AN3585 Rev. 1.1, 07/2008 PCB Layout Design Guidelines for Radio Board Using the MC13853 LNA 1 Abstract Radio printed circuit boards PCB must effectively integrate the devices and other elements while avoiding

74LVC125

Abstract: 0.015uF C337 25 R212 R213 R214 TP58 TP41 8b63 TP412
Contextual Info: D C B A 4 4 P0_D[15:0] P0_A[25:0] PCMCIA_CNTL GPIO_SIGS GPIO_2/LDD_8/P0_STSCHG# GPIO_3/LDD_9/P0_IREQ# RP4 U20B 74LVC125 11 U20B 74LVC125 8 12 9 13 10 S12 P0_SW_STSCHG# LCD_16/PCMCIA# P0_VCC R213 100k P0_RDY/IREQ# 3 P0_D[7] P0_D[6] P0_D[5] P0_D[4] P0_D[3] B8

AN3585

Abstract: c337 transistor C338 c341 transistor MMM7210 C337 C339 C340 C341 C342
Contextual Info: Freescale Semiconductor Application Note Document Number: AN3585 Rev. 1.1, 07/2008 PCB Layout Design Guidelines for Radio Board Using the MC13853 LNA 1 Abstract Radio printed circuit boards PCB must effectively integrate the devices and other elements while avoiding

heat cost allocator RF

Abstract: MSP430 ekg Heat Volume Counter MSP430 taxi meter MSP430 data loggers heat cost allocator P315S msp430 flow meter 16KROM msp430 peripheral interface
Contextual Info: Ultra-low power design with M SP 43 MSP430 Design Seminar 2000 Introduction of MSP430 Family Features / Device Overview New Peripheral Modules MSP430 Development Tools Overview Internet / Application Reports 1 Ultra-low power design with M SP 43 Flash Technology on MSP430 controllers