Surface mount limiter diodes for receiver protection applications
These general market limiter diodes deliver low loss, very low series inductance, low capacitance and can handle high power with low thermal resistance (40 °C/W). Target markets include infrastructure, military and consumer.
The CLA4603-085LF offers maximum resistance at 10 mA of 2 Ω and maximum capacitance at 6 V of 0.4 pF. The combination of low junction capacitance, low parasitic inductance, low thermal resistance, and nominal 1.5 μm I-region width, makes the diode useful in large signal limiter applications.The threshold level is +9 dBm, nominal.
The CLA4606-085LF has a maximum resistance at 10 mA of 2 Ω and maximum capacitance at 6 V of 0.38 pF. The combination of low junction capacitance, low parasitic inductance, low thermal resistance, and nominal 2.5 μm I-region width, makes the diode useful in large signal limiter applications. The threshold level is +10 dBm, nominal at 1 GHz.
The CLA4607-085LF surface mount limiter diode features a maximum resistance at 10 mA of 2 Ω and maximum capacitance at 38 V of 0.35 pF. The combination of low junction capacitance, low parasitic inductance, low thermal resistance, and nominal 7 μm I-region width, makes the diode useful in large signal limiter applications. The threshold level is +20 dBm, nominal.
All three diode versions come in a low profile, ultra-miniature QFN (3-pin, 2 x 2 mm) package (MSL1, 260 °C per JEDEC J-STD-020).
- Single-channel comparator extends battery life in low-voltage portable devices
- Graphene-based solar cells and LEDs take step closer
- 150V diodes combine switching speed and softness
- Multi-channel load sink driver consumes 12x less power
- SP2T 100 W reflective pin diode switch
- 74-series glue logic functions push down power consumption
- Antireflective nanotextures create self-assembly surface for solar cells
- MOSFET H-bridge reduces footprint by 50 percent
- ROHM extends Rutronik’s franchise to a global agreement
- Load switch enhances system power control
- Chip-scale bi-directional MOSFETs enable higher capacity lithium batteries
- MOSFET gate drivers boost conversion efficiency
- Programmable load switch improves system power reliability
- Automotive-qual’d SiC diodes also suit smaller inverter designs
- Buck converters enable smarter power regulation
- High efficiency resonant mode implementation using digital control
- A simple method for determining the optimal operating point of an LED
- WPT breaks all connections, Part 1
- Revealed - The real impact of battery bounce testing
- Can Dyson clean up in the battery sector?
- Data-acquisition: The key to a smart electrical grid
- IKEA and Samsung back Qi wireless charging advance
- Will energy-saving lightbulb become graphene's first commercial success?
- Solar-powered plane completes first leg of global record attempt
- Real-time power GaN waveform monitoring
- Solar plane passes new test ahead of planned world tour
- Lithium battery shipments on passenger planes face ban
- How to get higher efficiency at lower loads: A new LLC platform makes it possible
- Lithium storage principle offers higher energy storage densities
- Advantages of power blocks for high-current POLs
- High Performance Portable DC Bench Power Supply: Save Money and Free Up Bench Real Estate by Building Your Own
- A Four-Quadrant DC/DC Switching Regulator Smoothly Transitions from Positive to Negative Output Voltages for FPGA and Other Applications
- Investigating Die attach Failure in IGBTs using Power Cycling Tests
- Power Systems Design eBook
- Wireless Power User Guide
- A Novel Approach to Industrial Rectifier Systems
- Smartphone SoC Power Efficiency - DVFS Capacitor Switching