The DTA014E series consists of digital transistors with built-in bias resistors, designed for inverter, interface, and driver applications. They feature simplified circuit design by eliminating external bias resistors and are available in various packages such as SOT-723, SOT-416FL, and SOT-323FL. These NPN transistors handle collector currents up to 100mA and withstand voltages up to 50V, making them suitable for compact, high-efficiency digital circuit designs with easy mounting and reliable performance.
ROHM DTA014EMT2L Digital Transistor Specifications:
Package options: SOT-723, SOT-416FL, SOT-323FL
Built-in bias resistors: Ry = Rg = 10kΩ
Collector current: -100mA
Voltage rating: -50V (Vce) and -40V input voltage
Output voltage: -70mV to -150mV at -5mA
Input voltage: -2.6V to +10V
Power dissipation: 150mW to 200mW depending on package
Operating temperature range: -55°C to +150°C
Junction temperature: 150°C
Application: Inverter, interface, driver circuits
Dimensions vary per package, e.g., SOT-723: A 0.45-0.55mm, D 1.10-1.30mm.
Buy the Buy Rohm Digital Transistor Part Number DTA014EMT2L Online
Purchase the Rohm DTA014EMT2L digital transistor online today for your inverter and driver projects. Featuring built-in bias resistors and compact design, this NPN transistor offers up to 100mA collector current and withstands voltages up to 50V. It simplifies circuit assembly, reducing external component needs while providing dependable performance. Perfect for space-constrained applications, it ensures high reliability, ease of mounting, and robust operation in various electronic systems. Get yours now and optimize your digital circuit design efficiently.
Buy Rohm DTA014EMT2L now and experience reliable performance and easy circuit design with built-in bias resistors for digital applications.
Frequently Asked Questions
Where can I buy ROHM DTA014EMT2L?
You can click on the BUY or RFQ button to purchase DTA014EMT2L from an authorized ROHM distributor.
How do I troubleshoot issues or seek technical support for part DTA014EMT2L?