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DTP11N65SJ-VB Product details

Product introduction:

DTP11N65SJ-VB MOSFET Product Introduction

DTP11N65SJ-VB is a high-voltage single N-channel MOSFET in TO-220 package. Designed for high-voltage and high-power applications, this MOSFET can withstand drain-source voltage (VDS) up to 650V and has a maximum drain current (ID) of 11A. Its on-resistance (RDS(ON)) is 420mΩ at a gate-source voltage (VGS) of 10V, providing high-efficiency switching performance. DTP11N65SJ-VB uses SJ_Multi-EPI technology, has excellent electrical performance and high reliability, and is suitable for use in various high-power, high-voltage application scenarios.

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Product parameter:

VB Package Configuration VDS(V) VGS Vthyp(V) ID(A) Rds2.5 Rds4.5 Rds10 Technology
TO220 Single-N 650V 3.5V 11A 420mΩ SJ_Multi-EPI
VB Package Configuration VCE VGE VGEth(V) VCEsat15V ICE Technology
TO220 Single-N SJ_Multi-EPI
VB Package Configuration VDS(V) VGS Vthyp(V) ID(A) Rds18 Technology
TO220 Single-N 650V 3.5V 11A SJ_Multi-EPI
VB Package Configuration VDS(V) VGS Vthyp(V) ID(A) Rds6 Technology
TO220 Single-N 650V 3.5V 11A SJ_Multi-EPI
VB Package Polarity Vz / VR Pd VF IF IR Cd Type
TO220 Single-N
Detailed parameter description

1. **Package**: TO-220
- Classic TO-220 package, suitable for high power applications, providing good heat dissipation and mechanical strength.

2. **Configuration**: Single N-channel
- Single N-channel MOSFET design, suitable for circuits that require a positive voltage between the gate and source to turn on.

3. **Drain-source voltage (VDS)**: 650V
- The maximum drain-to-source voltage that can be tolerated, suitable for high voltage applications.

4. **Gate-source voltage (VGS)**: ±30V
- The maximum voltage that can be applied between the gate and source, allowing flexible drive control.

5. **Threshold voltage (Vth)**: 3.5V
- The gate-source voltage at which the MOSFET starts to turn on, determining its switching characteristics.

6. **On-resistance (RDS(ON))**: 420mΩ @ VGS=10V
- The on-resistance when the gate-source voltage is 10V, affecting the power loss and efficiency of the MOSFET.

7. **Continuous leakage current (ID)**: 11A
- The maximum continuous current that the MOSFET can handle, suitable for medium and high current applications.

8. **Technology**: SJ_Multi-EPI
- Using multi-layer EPI technology, it provides excellent electrical performance and high reliability, especially suitable for high voltage applications.

Domain and module applications:

Application Examples

The DTP11N65SJ-VB MOSFET is suitable for the following fields and modules:

1. **High-voltage switching power supply**:
- The high drain-source voltage capability of the DTP11N65SJ-VB makes it very suitable for high-voltage switching power supplies (SMPS). It can provide stable switching performance under high voltage input conditions and is widely used in power converters, industrial power supplies and high-voltage power modules.

2. **Power inverter**:
- In photovoltaic inverters, wind power generation systems and other power inverter applications, this MOSFET can be used as a high-voltage switching element for efficient power conversion. Its high voltage tolerance and high current capability ensure the stability and reliability of the system.

3. **Motor drive system**:
- The DTP11N65SJ-VB is suitable for motor drive applications such as industrial motors and automation systems. It can be used to control the start and stop and speed regulation of the motor, and its high power capability makes it suitable for medium and high power motor control.

4. **High Power Management**:
- In high power management applications, such as power factor correction (PFC) circuits, this MOSFET can be used as an efficient switching element. Its high voltage capability and low on-resistance help improve the overall efficiency and power factor of the power module.

The high voltage and high power characteristics of the DTP11N65SJ-VB make it excellent in high voltage circuit applications that require high performance and reliability.
* Please note: the above is only an example application scenario, the specific application depends on the requirements and conditions of the system design. When using this device, consult its data sheet for detailed technical specifications and features

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