Modules

Approx. Rs 250 / PieceGet Latest Price

Product BrochureProduct Details:

The K2045, also known as 2SK2045, is an N-channel silicon MOSFET developed by Sanyo Semiconductor (now part of Panasonic). It's designed for ultrahigh-speed switching applications, making it suitable for use in power supplies, motor drivers, and other high-speed switching circuits.

🔧 Key Specifications

• Type: N-Channel MOSFET

• Drain-Source Voltage (VDS): 600 V

• Gate-Source Voltage (VGS): ±30 V

• Continuous Drain Current (ID): 5.5 A

• Power Dissipation (PD): 35 W

• Rise Time (tr): 25 ns

• Output Capacitance (Coss): 150 pF

• Gate Threshold Voltage (VGS(th)): 2 V (min)

• Package: TO-220F (fully insulated)

• Built-in Diode Reverse Recovery Time (trr): 140 ns

⚙️ Features

• Low ON-resistance for efficient power handling

• Ultrahigh-speed switching capabilities

• Integrated high-speed diode

• Micaless TO-220F package for simplified mounting

📄 Datasheet Access

For detailed electrical characteristics, thermal ratings, and application guidelines, you can refer to the official datasheet:

If you need further assistance with sourcing these components or integrating them into your design, feel free to ask!

Approx. Rs 6,000 / PieceGet Latest Price

Product BrochureProduct Details:

Here are the key specifications and details for the FP50R12KT3 IGBT module from Infineon Technologies:

🔹 Part Number: FP50R12KT3 🔹 Manufacturer: Infineon Technologies 🔹 Device Type: IGBT Module (Six-pack configuration) 🔹 Technology: Trench + Fieldstop IGBT (T3 series) ✅ Key Specifications: 🔸 Applications:

• General-purpose motor drives

• HVAC systems

• Pumps and fans

• Industrial inverters

• UPS systems

📦 Package Type:

• EasyPIM™ 2B module (press-fit or solder pin options)

• Compact and thermally optimized for mid-power applications

📘 Datasheet Reference:

You can find the full datasheet by searching "FP50R12KT3 datasheet Infineon" on Infineon's official website or trusted component distributors.

Would you like help locating suppliers, cross-references, or thermal characteristics?

Approx. Rs 6,500 / PieceGet Latest Price

Product BrochureProduct Details:

 

Here's an image of the LEM HAT 800‑S current transducer.

Overview of the LEM HAT 800‑S Current Transducer

The LEM HAT 800‑S is a compact, open‑loop Hall effect current transducer designed for measurement of AC, DC, or pulsed currents up to 800 A RMS with galvanic isolation between its primary and secondary circuits .

Key Specifications:

• Nominal Current (IPN): 800 A RMS, with up to 2400 A measuring range (3× IPN) 

• Output: Instantaneous voltage ±4 V 

• Supply Voltage: ±15 V (bipolar external DC) 

• Bandwidth: DC to 25 kHz 

• Accuracy / Linearity: ±1 % 

• Response Time: ~5 µs 

• Max Supply Current: ~15 mA 

• Operating Temperature: –40 °C to +105 °C 

• Mounting Style: Panel or chassis mount module 

• Wire Aperture (Primary Conductor Opening): ~30.5 mm 

Common Applications:

Ideal for industrial settings including motor drives, power supplies, renewable energy systems, welding equipment, battery‑powered systems, UPS, and more .

Summary Table

If you'd like further details such as pin configuration, pinout, electrical diagram, or 3D CAD files, feel free to ask—I can help fetch those too!

Approx. Rs 2,000 / PieceGet Latest Price

Product BrochureProduct Details:

Here’s a detailed breakdown of the LEM HAS50-5  current transducer: what it does, key specs, how to use it, and things to watch out for.

✅ What is it / What it does

• It is a current transducer from LEM in the “HAS … -S” family (open-loop Hall-effect type) for measuring AC, DC and pulsed currents, with galvanic isolation between primary (carrying the high current) and secondary (electronics) circuits. 

• The model “HAS 50-S” indicates a nominal primary current rating of 50 A RMS. 

• It gives an analog voltage output (on the secondary) proportional to the primary current (for the 50 A version: ±4 V output for ±50 A primary current) when supplied with ±15 V. 

• Bandwidth is DC up to ~50 kHz (-3 dB) so it can handle fairly fast current changes / pulses. 

📋 Key Specifications (for HAS 50-S)

Here are the major specs you should know, drawn from the datasheet:

• Primary nominal current (IPN): 50 A RMS. Measuring range (IPM): ±150 A. 

• Supply voltage (secondary side): ±15 V (i.e. ±15 V power supply) for full spec. 

• Output voltage (Uout) at ±IPN, RL = 10 kΩ, at 25 °C: ±4 V. 

• Total error (excluding offset) at IPN, TA = 25 °C: < ±1 % of IPN. 

• Linearity error (0 … ±IPN): < ±1 % of IPN. 

• Delay time to 90 % of final output value for a step at IPN: < 3 µs. 

• Ambient operating temperature: -10 °C to +80 °C for HAS 50‐S.

• Insulation: RMS voltage for AC insulation test 50 Hz, 1 min: 3.6 kV (for the series).

• Mounting: panel mount with an aperture for the primary conductor.

🛠 Application & Use-Case Considerations

• This type of transducer is suitable for measuring currents in industrial drives, power supplies, battery systems, UPS, inverters, etc. The datasheet lists such applications. 

• Because it provides an isolated output and can measure both AC and DC/pulsed currents, it’s useful in designs where you need to monitor current with isolation.

• The analog ±4 V output means you can interface it with your ADC or control electronics (provided you handle ±4 V or shift/scale accordingly).

• With bandwidth up to ~50 kHz, it can handle fairly fast transients; but if your application has very high frequency content beyond that, you’d need to confirm the behavior.

• Make sure the primary conductor (busbar or wire) is routed correctly through the aperture/hole of the transducer and that the mechanical mounting, cooling, and conductor heating are all considered.

If you like, I can check current availability & pricing in India (Mumbai region / authorised distributors) for this part, and look up alternate models (for different current ratings: 100 A, 200 A etc) in the same series. Would you like me to do that?