PJDLC24 Search Results

PJDLC24 Price and Stock

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PanJit Semiconductor PJDLC24_ R2 _00001 SOT 23400W17A5pFESD ProtSMDULowCapDD (Alt: PJDLC24_R2_00001)
Distributors	Part	Package	Stock	Lead Time	Min Order Qty	Price	Buy
Avnet Silica	PJDLC24_ R2 _00001			10 Weeks	12,000	1 - 10 - 100 - 1000 - 10000 -	Buy Now
PanJit Semiconductor PJDLC24 _R1 _00001 SOT 23400W17A5pFESD ProtSMDULowCapDD (Alt: PJDLC24_R1_00001)
Distributors	Part	Package	Stock	Lead Time	Min Order Qty	Price	Buy
Avnet Silica	PJDLC24 _R1 _00001			18 Weeks	102,000	1 - 10 - 100 - 1000 - 10000 -	Buy Now

PJDLC24 Datasheets (1)

Part	ECAD Model	Manufacturer	Description	Curated	Datasheet Type	PDF
PJDLC24		PanJit Semiconductors	ULTRA LOW CAPACITANCE DUAL TRANSIET VOLTAGE SUPPRESSOR FOR HIGH SPEED DATA LINES		Original	PDF

PJDLC24 Datasheets Context Search

Catalog Datasheet	Type	Document Tags	PDF
jd sot23 Abstract: PJDLC05 PJDLC12 PJDLC15 PJDLC24 T2S SOT-23 Contextual Info: PJDLC05~PJDLC24 VOLTAGE 5 to 24 Volts POWER 400 Watts SOT- 23 Unit: inch mm .103(2.60) .056(1.40) .047(1.20) .119(3.00) .110(2.80) FEATURES .086(2.20) This transient overvoltage suppressor is intended to prodect sensitive equipment againset electrostatic discharge events as well to offer a minmum lnsertion loss	Original	PJDLC05 PJDLC24 OT-23, jd sot23 PJDLC12 PJDLC15 PJDLC24 T2S SOT-23	PDF
PJDLC05 Abstract: PJDLC12 PJDLC15 PJDLC24 marking dj2 PJDLC03 Contextual Info: PJDLC03~PJDLC24 3.3 to 24 Volts POWER 400 Watts ULTRA LOW CAPACITANCE DUAL TRANSIET VOLTAGE SUPPRESSOR FOR HIGH SPEED DATA LINES 0.006 0.15 MIN. VOLTAGE 0.120(3.04) This transient overvoltage suppressor is intended to prodect sensitive equipment againset electrostatic discharge events as well to offer a minmum lnsertion loss	Original	PJDLC03 PJDLC24 OT-23, 2010-REV OT-23 PJDLC05 PJDLC12 PJDLC15 PJDLC24 marking dj2	PDF
Contextual Info: PJDLC05~PJDLC24 VOLTAGE 5 to 24 Volts POWER 400 Watts ULTRA LOW CAPACITANCE DUAL TRANSIET VOLTAGE SUPPRESSOR FOR HIGH SPEED DATA LINES This transient overvoltage suppressor is intended to prodect sensitive equipment againset electrostatic discharge events as well to offer a minmum lnsertion loss	Original	PJDLC05 PJDLC24 OT-23, IEC61000-4-2	PDF
jd sot23 Contextual Info: PJDLC05~PJDLC24 VOLTAGE 5 to 24 Volts POWER 400 Watts SOT- 23 Unit: inch mm .103(2.60) .056(1.40) .047(1.20) .119(3.00) .110(2.80) FEATURES .086(2.20) This transient overvoltage suppressor is intended to prodect sensitive equipment againset electrostatic discharge events as well to offer a minmum lnsertion loss	Original	PJDLC05 PJDLC24 OT-23, jd sot23	PDF
T2S SOT-23 Abstract: PJDLC03 Contextual Info: PJDLC03~PJDLC24 3.3 to 24 Volts POWER 400 Watts ULTRA LOW CAPACITANCE DUAL TRANSIET VOLTAGE SUPPRESSOR FOR HIGH SPEED DATA LINES 0.006 0.15 MIN. VOLTAGE 0.120(3.04) This transient overvoltage suppressor is intended to prodect sensitive equipment againset electrostatic discharge events as well to offer a minmum lnsertion loss	Original	PJDLC03 PJDLC24 OT-23, 2010-REV OT-23 T2S SOT-23	PDF
Contextual Info: PJDLC03~PJDLC24 3.3 to 24 Volts POWER 400 Watts ULTRA LOW CAPACITANCE DUAL TRANSIET VOLTAGE SUPPRESSOR FOR HIGH SPEED DATA LINES 0.006 0.15 MIN. VOLTAGE 0.120(3.04) 0.110(2.80) This transient overvoltage suppressor is intended to prodect sensitive equipment	Original	PJDLC03 PJDLC24 OT-23, 2013-REV	PDF
T2S SOT-23 Abstract: 5A MARKING CODE SOT23 PJDLC03 Contextual Info: PJDLC03~PJDLC24 POWER SOT-23 400 Watts Unit：inch mm ULTRA LOW CAPACITANCE DUAL TRANSIET VOLTAGE SUPPRESSOR FOR HIGH SPEEDDATA LINES 0.120(3.04) This transient overvoltage suppressor is intended to prodect sensitive equipment againset electrostatic discharge events as well to offer a minmum lnsertion loss	Original	PJDLC03 PJDLC24 OT-23 OT-23, 2010-REV RB500V-40 T2S SOT-23 5A MARKING CODE SOT23	PDF
Contextual Info: PJDLC03~PJDLC24 VOLTAGE 3.3 to 24 Volts POWER 400 Watts ULTRA LOW CAPACITANCE DUAL TRANSIET VOLTAGE SUPPRESSOR FOR HIGH SPEEDDATA LINES This transient overvoltage suppressor is intended to prodect sensitive equipment againset electrostatic discharge events as well to offer a minmum lnsertion loss	Original	PJDLC03 PJDLC24 OT-23, IEC61000-4-2 2010-REV	PDF