Description

The SK6002CBRC is an integrated circuit (IC) chip in the electronic component category. It is a high voltage wideband amplifier that is designed to provide large voltage swings at high slew rates in wideband systems. The MSK 600(B) is the actual name of the amplifier and it utilizes true inverting op-amp topology to provide excellent DC specifications such as input offset voltage and input bias current. It is an important feature for amplifiers used in high gain configurations since the input error voltages will be multiplied by the system gain. This device is configured in inverting mode to utilize its benefit and achieve impressive slew rate specifications by employing a feedforward AC path through the amplifier. The MSK 600 is internally compensated for gains of -5V/V or greater, which keeps the device stable in this range. In addition, the SK6002CBRC is packaged in a space-efficient, hermetically sealed, 12 pin power dual inline package that has a high thermal conductivity for efficient device cooling.

Specifications and features

• Ultra Low Quiescent Current of -15mA for High Voltage
• 150V Peak to Peak Output Voltage Swing
• Slew Rate of 4200V/µS Typical
• Gain Bandwidth Product of 550 MHz Typical
• Full Power Output Frequency of 9 MHz Typical
• Output Current of 250mA Peak
• Adjustable VHV Power Supply Minimizes Power Dissipation
• Compact Package for Superior Power Dissipation

Application Scenarios

The SK6002CBRC is commonly used in the following applications:

• Wideband High Voltage Amplifier
• High Resolution CRT Monitor
• Ultra High-Performance Video Processing
• CRT Beam Intensity Control
• Varactor Tuned VCO Driver
• Automatic Test Equipment

Comparison

• Provides large voltage swings at high slew rates in wideband systems
• Utilizes true inverting op-amp topology to provide excellent DC specifications such as input offset voltage and input bias current
• Packaged in a space-efficient, hermetically sealed, 12 pin power dual inline package that has a high thermal conductivity for efficient device cooling

• May not be suitable for low voltage devices since it is a high voltage amplifier