BZD17C100P-E3-08 BZD17C100P-E3-08 is a Zener diode from Vishay Dale rated for 100V with 800mW power dissipation. It is housed in a surface-mount DO-219AB (SMF) package.
Mfr Part #:

BZD17C100P-E3-08

Available from 1 distributors
Mfr Name: Vishay Dale
Vishay Dale
BZD17C100P-E3-08 is a Zener diode from Vishay Dale rated for 100V with 800mW power dissipation. It is housed in a surface-mount DO-219AB (SMF) package.
Total Stock: 3,000 pcs
$ Price Range: $0.10

BZD17C100P-E3-08 Available from 1 distributor

Authorised
Non-Authorised
Distributor Stock Pricing MOQ PKG Lead Time Date Code On Order Quantity On Order Delivery
Non-Authorised Inventory information
3,000 pcs
3000 pcs On Request 1 On Request On Request 16+ On Request On Request

BZD17C100P-E3-08 Specifications Quick View

Most important parameters for selection – full specs in datasheet.
Category
Manufacturer Name
AEC Qualified
Automotive Grade
Current
Industrial Grade
Maximum Junction Temperature
Medical Grade
Military Grade
Mounting Type
Non-Repetitive Peak Pulse Power
Operating Temperature
Power
Power Dissipation (Maximum @ TL = 80 °C)
Power Dissipation (Maximum) @ TA=25°C
Storage Temperature
Storage Temperature Range
Supplier Device Package
Tape & Reel
Thermal Resistance Junction-to-Ambient
Thermal Resistance, Junction to Lead
Voltage

BZD17C100P-E3-08 Description

Short technical summary and product information.

The BZD17C100P-E3-08 is a silicon planar Zener diode from Vishay Dale, part of the BZD17C series. It is designed for voltage regulation and protection applications in low-power circuits. The device offers a maximum power dissipation of 800mW at 25°C ambient temperature, and 2.3W at 80°C lead temperature. It can handle non-repetitive peak pulse power up to 300W for 100µs square pulses.

 

Key electrical characteristics include a maximum forward voltage of 1.2V at 200mA, and a reverse leakage current of 1µA at 75V reverse voltage. The junction temperature range is -55°C to +150°C, with a storage temperature range of -55°C to +150°C. Thermal resistance junction-to-ambient is 180 K/W when mounted on a standard epoxy-glass PCB with 3x3mm copper pads, and junction-to-lead is 30 K/W.

 

The device is packaged in a DO-219AB (SMF) surface mount case, weighing approximately 15mg. It is available in tape and reel packaging with options of 3000 pieces per 7" reel (GS08) or 10000 pieces per 13" reel (GS18). The component is RoHS compliant and suitable for high-temperature soldering up to 260°C for 10 seconds.

BZD17C100P-E3-08 Quick Information

Product Type: Zener Diode
Series: BZD17C
Canonical Name: BZD17C100P-E3-08 Zener Diode
Subcategory: Single Zener Diode

BZD17C100P-E3-08 Compliance

RoHS Status: RoHS Compliant
Moisture Sensitivity Level (MSL): 1 Unlimited
REACH Status: REACH Unaffected

BZD17C100P-E3-08 Estimated Pricing

Qty Low High
30,000+ $0.10 $0.10

Estimated market price range - modelled values for guidance only, not live distributor offers.

BZD17C100P-E3-08 Features

  • Surface mount DO-219AB (SMF) package.
  • 800mW power dissipation at 25°C ambient.
  • 300W non-repetitive peak pulse power.
  • Low leakage current of 1 µA.
  • RoHS compliant and lead-free.

BZD17C100P-E3-08 Applications

  • Voltage regulation in low-power circuits.
  • Overvoltage protection in portable devices.
  • Clamping in signal lines.
  • Reference voltage for analog circuits.

BZD17C100P-E3-08 FAQs

6 frequently asked questions generated from this part’s specifications.
What is the forward voltage of the BZD17C100P-E3-08?

The maximum forward voltage is 1.2V at a forward current of 200mA.

What is the package type of the BZD17C100P-E3-08?

It is available in a DO-219AB (SMF) surface mount package.

What is the reverse leakage current?

Maximum reverse leakage current is 1 µA at 75V reverse voltage.

What is the power dissipation of the device?

800mW at 25°C ambient, 2.3W at 80°C lead temperature.

What is the thermal resistance junction to ambient?

180 K/W when mounted on epoxy-glass PCB with 3mm x 3mm Cu pads.

What is the operating temperature range?

-55°C to 150°C.

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