| Allicdata Part #: | TFZGTR16BTR-ND |
| Manufacturer Part#: |
TFZGTR16B |
| Price: | $ 0.06 |
| Product Category: | Discrete Semiconductor Products |
| Manufacturer: | ROHM Semiconductor |
| Short Description: | DIODE ZENER 16V 500MW TUMD2 |
| More Detail: | Zener Diode 16V 500mW Surface Mount TUMD2 |
| DataSheet: |  TFZGTR16B Datasheet/PDF |
| Quantity: | 1000 |
| 3000 +: | $ 0.05594 |
Specifications
| Series: | -- |
| Packaging: | Tape & Reel (TR) |
| Part Status: | Not For New Designs |
| Voltage - Zener (Nom) (Vz): | 16V |
| Tolerance: | -- |
| Power - Max: | 500mW |
| Impedance (Max) (Zzt): | 18 Ohms |
| Current - Reverse Leakage @ Vr: | 200nA @ 12V |
| Operating Temperature: | -55°C ~ 150°C |
| Mounting Type: | Surface Mount |
| Package / Case: | 2-SMD, Flat Lead |
| Supplier Device Package: | TUMD2 |
Description
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The TFZGTR16B is a type of Zener diode that is categorized as a single-die device due to its single-die construct. It utilizes a Zener diode’s capability to regulate the voltage across a circuit, thereby providing a constant and consistent voltage level. This device is ideal for a variety of applications in which a constant voltage is required, such as power supplies, battery charging, and voltage conversion. In this article, we will take a look at the application field and working principle of the TFZGTR16B.
Application Field
The TFZGTR16B is a very versatile and reliable Zener diode that is used for a wide range of applications. It is particularly well-suited for use as a voltage regulator, as it is capable of maintaining a constant voltage level even when the current flowing through it changes. This makes it perfect for applications where precise voltage levels must be maintained, such as in power supplies, battery charging stations, and voltage conversion. Additionally, the device is very well-suited for data protection and signal signal conditioning in critical pathways, as it can quickly respond to over-voltage protection requests and signal conditioning.
Working Principle
The TFZGTR16B is based on the principle of Zener breakdown. Zener breakdown occurs when a voltage greater than the Zener voltage is applied across the device. This results in the formation of a narrow depletion region, resulting in a large electric field across the device. This large electric field results in a large current flow through the device, which brings the voltage across the diode to the Zener voltage.
The TFZGTR16B is designed to be very stable, due to its low threshold voltage and low noise characteristics. This ensures that the voltage across the device remains constant even when the current changes. Additionally, the device has a very low temperature coefficient, meaning it will remain stable at both high and low temperatures.
To further enhance its stability, the TFZGTR16B also utilizes a temperature compensation system to offset any changes in voltage due to changes in temperature. This ensures that the voltage across the device remains at the specified level, regardless of the changes in ambient temperature.
These features make the TFZGTR16B an ideal device for a variety of applications that require a precise and stable voltage level. It is extremely reliable and has proven to be a reliable device in many high-end applications.
In conclusion, the TFZGTR16B is a Zener diode designed for single-die devices. It utilizes the principle of Zener breakdown to maintain a constant voltage across a circuit, making it perfect for applications that require a precise and stable voltage level. Additionally, the device features low threshold voltage, low noise characteristics, and temperature compensation, making it extremely reliable even in high-end applications.
Application Field
The TFZGTR16B is a very versatile and reliable Zener diode that is used for a wide range of applications. It is particularly well-suited for use as a voltage regulator, as it is capable of maintaining a constant voltage level even when the current flowing through it changes. This makes it perfect for applications where precise voltage levels must be maintained, such as in power supplies, battery charging stations, and voltage conversion. Additionally, the device is very well-suited for data protection and signal signal conditioning in critical pathways, as it can quickly respond to over-voltage protection requests and signal conditioning.
Working Principle
The TFZGTR16B is based on the principle of Zener breakdown. Zener breakdown occurs when a voltage greater than the Zener voltage is applied across the device. This results in the formation of a narrow depletion region, resulting in a large electric field across the device. This large electric field results in a large current flow through the device, which brings the voltage across the diode to the Zener voltage.
The TFZGTR16B is designed to be very stable, due to its low threshold voltage and low noise characteristics. This ensures that the voltage across the device remains constant even when the current changes. Additionally, the device has a very low temperature coefficient, meaning it will remain stable at both high and low temperatures.
To further enhance its stability, the TFZGTR16B also utilizes a temperature compensation system to offset any changes in voltage due to changes in temperature. This ensures that the voltage across the device remains at the specified level, regardless of the changes in ambient temperature.
These features make the TFZGTR16B an ideal device for a variety of applications that require a precise and stable voltage level. It is extremely reliable and has proven to be a reliable device in many high-end applications.
In conclusion, the TFZGTR16B is a Zener diode designed for single-die devices. It utilizes the principle of Zener breakdown to maintain a constant voltage across a circuit, making it perfect for applications that require a precise and stable voltage level. Additionally, the device features low threshold voltage, low noise characteristics, and temperature compensation, making it extremely reliable even in high-end applications.
The specific data is subject to PDF, and the above content is for reference
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