Welcome to ichome.com!

logo
Home

NSVMUN5116T1G-M02

  • NSVMUN5116T1G-M02
  • NSVMUN5116T1G-M02

NSVMUN5116T1G-M02

NSVMUN5116T1G-M02

onsemi

NSVMUN5116 - DIGITAL BJT PNP - P

NSVMUN5116T1G-M02 Datasheet

compliant

SC-70, SOT-323

HongKong/Shenzhen Warehouse

DHL/Fedex/UPS/TNT/SF/EMS

NSVMUN5116T1G-M02 Pricing & Ordering

Quantity Unit Price Ext. Price
1 $0.03640 $0.0364
500 $0.036036 $18.018
1000 $0.035672 $35.672
1500 $0.035308 $52.962
2000 $0.034944 $69.888
2500 $0.03458 $86.45
102000 items
Upload BOM File

NSVMUN5116T1G-M02 Purchase Assurance: Buy Confidently, Use Securely

Transparent & Traceable Sources

We source exclusively from verified channels to ensure authenticity:

  • Direct from manufacturer and OEMs
  • Authorized distributors
  • Market-vetted traders (3+ years stable supply)

Every batch is traceable with documented proof of origin.

Quality Inspection Process

We enforce strict checks to ensure components meet standards:

  • Visual: Appearance, markings, packaging, batch codes
  • X-ray: Pad consistency (on request)
  • Function test: Sample checks for specific models (upon request)
  • Reports: Available upon request
Flexible Payments & Terms

We adapt to your project needs:

  • T/T, PayPal, Credit Card
  • Credit terms for long-term partners (e.g., monthly, Net 15/30)
Reliable After-Sales Support

365 Days warranty with streamlined solutions:

  • Defective? Free returns/replacements
  • Fast reshipment or refund
  • Full-service sourcing: Procurement & payment support
Bom Cost Down
Bom Cost Down
Wholesale Prices for Every Order, Big or Small
Wholesale Prices for Every Order, Big or Small

NSVMUN5116T1G-M02 onsemi

Name Value
Product Status Obsolete
Transistor Type PNP - Pre-Biased
Current - Collector (Ic) (Max) 100 mA
Voltage - Collector Emitter Breakdown (Max) 50 V
Resistor - Base (R1) 4.7 kOhms
Resistor - Emitter Base (R2) -
DC Current Gain (hFE) (Min) @ Ic, Vce 160 @ 5mA, 10V
Vce Saturation (Max) @ Ib, Ic 250mV @ 1mA, 10mA
Current - Collector Cutoff (Max) 500nA
Frequency - Transition -
Power - Max 202 mW
Mounting Type Surface Mount
Package / Case SC-70, SOT-323
Supplier Device Package SC-70 (SOT323)
Q1: What is the purchase guide for NSVMUN5116T1G-M02?
NSVMUN5116T1G-M02 of onsemi is a NSVMUN5116 - DIGITAL BJT PNP - P. ICHOME is a long-term spot supplier of NSVMUN5116T1G-M02, supporting sample purchase and bulk order.
Q2: How to find the detailed information of NSVMUN5116T1G-M02?
Download NSVMUN5116T1G-M02 Datasheet
Q3: What payment can support in ICHOME?
PayPal, Payoneer, Visa, Bank Transfer, AliExpress.
Q4: Where do you sourcingNSVMUN5116T1G-M02 from?
After 21 years of long-term and stable development, ICHOME have accumulated leading supply chain partner.
Q5: Can you provide NSVMUN5116T1G-M02 alternative/replacement suggestions?
Through different levels of industry applications, ICHOME engineers will analyze component risks (discontinued, single source, etc.) and give you NSVMUN5116T1G-M02 replacement suggestions, and then provide you with alternative products, supporting free sample delivery.
Q6: Why choose ICHOME?
Compared with ordinary agents, ICHOME provides full BOM matching, EOL judgment, alternative model suggestions, large stock + flexible procurement, test reports, return service
PDF loading failed, you can try to open in a new window to access [Open], or click to return

Related Part Number

TDTA143E,LM
Toshiba Semiconductor and Storage
TDTA143E,LM
$0 $/piece
RN1314,LF
Toshiba Semiconductor and Storage
RN1314,LF
$0 $/piece
DTA113ZCAT116
Rohm Semiconductor
DTA113ZCAT116
$0 $/piece
BCR 162 E6327
Infineon Technologies
BCR 162 E6327
$0 $/piece
GA1A4Z-T1-A
Renesas
GA1A4Z-T1-A
$0 $/piece
GA4F3M(0)-T1-A
Renesas
GA4F3M(0)-T1-A
$0 $/piece
ADTC144EUAQ-7
Diodes Incorporated
ADTC144EUAQ-7
$0 $/piece
ADTC114EUAQ-13
Diodes Incorporated
ADTC114EUAQ-13
$0 $/piece
NSVMUN2132T1G
onsemi
NSVMUN2132T1G
$0 $/piece
ADTA144EUAQ-7
Diodes Incorporated
ADTA144EUAQ-7
$0 $/piece
View All Related

Your Reliable Partner In Electronics

Dedicated to exceeding your expectations. IChome: Customer service redefined for the electronics industry.