SOT23 MARKING CODE SS Search Results

sot23 marking M6p

Abstract: PMBFJ111 PMBFJ174
Contextual Info: Philips Semiconductors Marking codes Small-signal Field-effect Transistors Types in SOT23, SOT89, SOT143 and SOT343 envelopes are marked with a code as listed in the following tables. TYPE NUM BER M A R K IN G CODE M A R K IN G TYPE NUMBER CODE TYPE NUM BER

DMN62D4SDW-7

Abstract: ANALOG DEVICES ASSEMBLY DATE CODE Analog devices assembly code marking Information DMG2307L Analog devices marking Information Analog devices marking DMN2027USS-13 a/ANALOG DEVICES ASSEMBLY DATE CODE TL432BSA-7 DJT4031N
Contextual Info: DATE: 29th April, 2013 PCN #: 2094 – Rev01 PCN Title: Qualification of "Diodes Technology Cheng Du Company Limited" (DTC) as an Additional Assembly & Test Site for SOP-8, SOT-23, SOT223, SOT-323, SOT-363, SSOT-23, and SOD-323 Packaged Parts,

marking code CB sot23

Abstract: voltage divider 100k SOT23 MARKING 50k 50K MARKING SOT23
Contextual Info: MODEL SS103VD Voltage divider circuit Thin film resistor network RoHS compliant available FEATURES Precision Nichrome Resistors on Silicon Passivation coating provides protection in humid environments Industry Standard Packaging 3 lead SOT23 Ratio Tolerances

SOT-23 FN

Contextual Info: MODELS SS103VD, SFN06VD Voltage divider circuit Thin film resistor network RoHS compliant available FEATURES Precision Nichrome Resistors on Silicon Passivation coating provides protection in humid environments Industry Standard Packaging 6 lead SON 2mm square with 0.65 mm pitch JEDEC MO-229D

0345K

Abstract: marking code CB sot23 229d MIL-R-83401 marking code FA sot23 20k Resistor Network 2K122
Contextual Info: MODELS SS103VD, SFN06VD Voltage divider circuit Thin film resistor network RoHS compliant available FEATURES Precision Nichrome Resistors on Silicon Passivation coating provides protection in humid environments 6 pad SON1 2mm square with 0.65 mm pitch JEDEC MO-229D

49e hall

Abstract: 49e hall effect Hall sensor 49e
Contextual Info: SS49E Linear Hall Effect Sensor Features ─ ─ ─ ─ ─ ─ Miniature construction Low-Noise Output 4.5 V to 6 V Operation Magnetically Optimized Package Linear output for circuit design flexibility Temperature range of -40 °C to 150 °C 3 pin SOT23 suffix SO

SSM2301

Contextual Info: PROCESS CHANGE NOTIFICATION PCN Number: 040101 Notice Type: Minor Customer Name: General - to all customers Customer Number: Customer Contact: Marketing Part Number: SSM2301 G N through SSM2306(G)N, SS431(G)N, SS432(G0N Notification dated: April 1, 2004 Change Effective date: Implemented January 1, 2004

Contextual Info: Nichrome Resistor Networks on Silicon Substrates SS103VD and SFN06VD series Voltage divider circuit Thin film resistor network RoHS compliant Not Recommended for New Designs For alternative see SS1 - ,

TO-239

Abstract: SOT-23 FN specification of 10k resistor
Contextual Info: Nichrome Resistor Networks on Silicon Substrates SS103VD and SFN06VD series Voltage divider circuit Thin film resistor network RoHS compliant Features Precision Nichrome Resistors on Silicon Passivation coating provides protection in humid environments 6 pad SON1 2mm square with 0.65 mm pitch JEDEC MO-229D

MARKING CODE R1C

Abstract: R2F SOT-23 R1H MARKING CODE 1T1 SOT-23 MMST3904 MMST8598 SOT-23 MARKING R2X SSTA29 R2C marking SOT-23 R2C
Contextual Info: U.S. European Type Series SST U.S. / European SOT-23 • SMT (SC-59 / Japanese SOT-23) •Package style and dimensions (Unit SST SMT (U. S. /European SOT-23) (SC-59/Japanese SOT-23) 0 .9 5 1 °- * 1 .9 ± 0 .2 f> > 1.9± 0.2 0.45 ±0.1 0.95 0.95 ; 0.95 0.95

philips diode PH 33D

Abstract: philips diode PH 33J philips diode PH 33m DIODE C18 ph 33G PH DIODE C18 ph A6t SOT23 C33PH PH 33G T2D DIODE
Contextual Info: Philips Semiconductors Small Signal Transistors and Diodes DIODE TYPE NUMBER TO MARKING CODE TYPE NUMBER MARKING CODE Marking codes TYPE NUMBER PACKAGE MARKING CODE PACKAGE 1N5817 1N5817 SOD81 1N821 1N821 SOD68 DO34 1N5818 1N5818 SOD81 1N821A 1N821A SOD68 (DO34)

ss103

Abstract: marking code FA sot23
Contextual Info: SS103 SERIES Thin Film Resistor Network Voltage Divider Circuit RoHS compliant available FEATURES Precision Nichrome Resistors on Silicon Industry Standard Packaging 3 lead SOT23 Ratio Tolerances < ±0.05% TCR Tracking Tolerances < ±5 ppm/°C ELECTRICAL1

marking code CB sot23

Abstract: 0345K MIL-R-83401 SS103
Contextual Info: SS103 SERIES Thin Film Resistor Network Voltage Divider Circuit RoHS compliant available FEATURES Precision Nichrome Resistors on Silicon Industry Standard Packaging 3 lead SOT23 Ratio Tolerances < ±0.05% TCR Tracking Tolerances < ±5 ppm/°C ELECTRICAL1

ss103

Contextual Info: SS103 SERIES Thin Film Resistor Network Voltage Divider Circuit RoHS compliant available FEATURES Precision Nichrome Resistors on Silicon Industry Standard Packaging 3 lead SOT23 Ratio Tolerances < ±0.05% TCR Tracking Tolerances < ±5 ppm/°C ELECTRICAL1

ultra low igss pA

Abstract: hearing aid microphone hearing aids Siliconix AN102 SST200 AN102 AN106 SST200A Vishay AN106
Contextual Info: SST200/200A Vishay Siliconix N-Channel JFETs PRODUCT SUMMARY VGS off (V) V(BR)GSS Min (V) gfS Min (mS) IDSS Min (mA) -0.3 to -0.9 -25 0.25 0.15 FEATURES D D D D Low Cutoff Voltage: <0.9 V High Input Impedance Very Low Noise High Gain: AV = 80 @ 20 mA BENEFITS

Contextual Info: SST200/200A New Product Vishay Siliconix N-Channel JFETs PRODUCT SUMMARY VGS off (V) V(BR)GSS Min (V) gfS Min (mS) IDSS Min (mA) –0.3 to –0.9 –25 0.25 0.15 FEATURES BENEFITS APPLICATIONS D D D D D High Quality Low-Level Signal Amplification D Low Signal Loss/System Error

CRYSTAL 27MHZ

Abstract: PI6C3420 PI6C3421
Contextual Info: PI6C3420 and PI6C3421 27MHz Spread Spectrum Clock Synthesizer Product Features Description • Two High Precision outputs: —27.000 MHz ssc clock output —27.000 MHz clock output The PI6C3420 and PI6C3421 are spread spectrum clock synthesizers targeted for video and graphics applications. The primary purpose

Contextual Info: PI6C3420 and PI6C3421 27MHz Spread Spectrum Clock Synthesizer Product Features Description • Two High Precision outputs: —27.000 MHz ssc clock output —27.000 MHz clock output The PI6C3420 and PI6C3421 are spread spectrum clock synthesizers targeted for video and graphics applications. The primary purpose

k72 sot-23

Abstract: sot-23 Marking KN 72k SOT23 k72 r4 UM6K1 SI2302 SI2303
Contextual Info: TM Micro Commercial Components MOSFETS MCC Part Number Power Rating DrainSource Voltage Gate Threshold Voltage Drain Current Static DrainSource On Resistance PD VDS VGS ID rDS on (mW) V V mA Ω Polarity Marking Code Package Type Internal Diagram SMALL SIGNAL MOSFETS

Contextual Info: PI6C3421A 27MHz Spread Spectrum Clock Synthesizer Product Features Description • Two High Precision outputs: —27.000 MHz ssc clock output —27.000 MHz clock output The PI6C3421A is spread spectrum clock synthesizer targeted for video and graphics applications. The primary purpose of

Contextual Info: PI6C3420A 27 MHz Spread Spectrum Clock Synthesizer Product Features Description • Two High Precision outputs: —27.000 MHz ssc clock output —27.000 MHz clock output The PI6C3420A is spread spectrum clock synthesizer targeted for video and graphics applications. The primary purpose of

Contextual Info: SS809,810 3-Pin Microprocessor Reset Circuits FEATURES DESCRIPTION Ultra-low supply current 1µA typ. The SS809 and SS810 are low-power microprocessor Guaranteed reset valid to Vcc=0.9V (µP) supervisory circuits used to monitor power supplies Available in three output types:

tvs MARKING CODE LAYOUT SOT23

Abstract: PI6C3421A
Contextual Info: PI6C3421A 27MHz Spread Spectrum Clock Synthesizer Product Features Description • 14.318 MHz input frequency, crystal or external reference The PI6C3421A is a Spread Spectrum Clock Synthesizer and part of the Pericom SSCG product family. The part generates

PS8836

Contextual Info: PI6C3421A 27MHz Spread Spectrum Clock Synthesizer Product Features Description • Two High Precision outputs: —27.000 MHz ssc clock output —27.000 MHz clock output The PI6C3421A is spread spectrum clock synthesizer targeted for video and graphics applications. The primary purpose of the spread