MM5Z24VT1G Allicdata Electronics
Allicdata Part #:

MM5Z24VT1GOSTR-ND

Manufacturer Part#:

MM5Z24VT1G

Price: $ 0.03
Product Category:

Discrete Semiconductor Products

Manufacturer: ON Semiconductor
Short Description: DIODE ZENER 24V 500MW SOD523
More Detail: Zener Diode 24V 500mW ±6% Surface Mount SOD-523
DataSheet: MM5Z24VT1G datasheetMM5Z24VT1G Datasheet/PDF
Quantity: 6000
1 +: $ 0.03000
10 +: $ 0.02910
100 +: $ 0.02850
1000 +: $ 0.02790
10000 +: $ 0.02700
Stock 6000Can Ship Immediately
$ 0.03
Specifications
Series: --
Packaging: Tape & Reel (TR) 
Part Status: Active
Voltage - Zener (Nom) (Vz): 24V
Tolerance: ±6%
Power - Max: 500mW
Impedance (Max) (Zzt): 70 Ohms
Current - Reverse Leakage @ Vr: 50nA @ 16.8V
Voltage - Forward (Vf) (Max) @ If: 900mV @ 10mA
Operating Temperature: -65°C ~ 150°C
Mounting Type: Surface Mount
Package / Case: SC-79, SOD-523
Supplier Device Package: SOD-523
Base Part Number: MM5Z24
Description

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MM5Z24VT1G is a type of single Zener diode which features a low voltage of 5.1V and an Operating temperature range between -55℃ and 150℃. The maximum power dissipation of MM5Z24VT1G is 500mW and the Junction Temperature is 150℃. It meets the requirements of RoHS and has a maximum reverse leakage of 100μA at VR measuring 5.1V.

As a Zener diode, MM5Z24VT1G is mainly used for simple voltage regulation and for providing a reference voltage for other circuits. Its normal mode of operation can provide a constant voltage drop when the power supply is connected to the Cathode (K)-Anode(A). The MM5Z24VT1G diode can also be used to limit or separate DC signals or protect circuits from transient electrical surges.

MM5Z24VT1G can be used to steer current sensitivity and voltage regulation, and can be employed in a number of circuits. Its main usage area is in the automotive industry, where it is used in the electronic control units, audio systems, and power supplies. MM5Z24VT1G is also used to protect sensitive circuitry from voltage or current transients. Furthermore, this Zener diode is useful in low-voltage alarm circuits and power-transient protection circuits. It is also an essential part for delaying and surge suppression components.

MM5Z24VT1G Zener diode\'s operation is based on the phenomena of avalanche breakdown. Avalanche breakdown is caused by the presence of avalanche voltage in a reverse-biased diode, which is a voltage above the diode’s breakover voltage. In this type of diode, a small current will flow through the diode without any increase in the applied voltage. This effect happens when the electric field intensity inside the diode exceeds the breakdown voltage of the diode material, causing electrons to be swept away and creating a large current.

The Zener voltage drop is determined by the voltage breakdown characteristics of the diode due to the avalanche effect. The voltage-dependent current of a Zener diode is described by the diode\'s Zener breakdown characteristics. The general equation to calculate the voltage-dependent current is as follows:

Iz = Io(exp((Vz - V)/N*Vt)-1)

Where: Iz = Zener diode\'s voltage-dependent current,Vz = Zener diode\'s breakdown voltage,V = Applied voltage,N = Series resistance of the diodeVt = Thermal voltage

MM5Z24VT1G\'s Zener voltage is established by the avalanche effect and is directly related to the Zener diode\'s parameters such as temperature, series resistance, and breakdown voltage. The breakdown voltage occurs when the applied voltage reaches a predetermined voltage threshold, at which point the Zener diode begins to regulate voltage.

In summary, MM5Z24VT1G is a single Zener diode which has a low voltage of 5.1V and is applicable in a number of circuits, mainly the automotive industry. Its main features are low voltage, low power dissipation, and high stability. It mainly performs voltage regulation and provides a reference voltage for other circuits. Its working principle is based on avalanche breakdown, which is caused due to the electric field intensity inside the diode exceeding its breakdown voltage.

The specific data is subject to PDF, and the above content is for reference

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