J2110A Solid State Injector
  • J2110A Solid State Injector

Фотографії призначені тільки для інформаційних цілей. Подивитися специфікацію продукту

please use latin characters

Виробник: Picotest

J2110A Solid State Injector

J2110A Solid State Injector

While it is possible to obtain high quality injection transformers with bandwidths as wide as 1Hz to 5MHz or more, in some cases this is still insufficient for some tests. For example a typical heater control loop might have a bandwidth of less than 1Hz while some linear regulators and opamp circuits can have bandwidths of up to 100MHz or in some cases even higher. For these applications, a solid state injector can provide the necessary bandwidth. A solid state injector can perform at DC, while the upper frequency limit is dictated by the components selected and the printed circuit board material and layout. It is possible to obtain a solid state injector with a working range of DC – 200MHz, though above 50MHz the interconnection between the injector and the circuit being tested can become quite critical. It is essential that ripple from the injector power supply does not dramatically degrade the dynamic range or the signal to noise ratio of the measurement. The resulting plots are often much cleaner when using a solid state injector than with a transformer injector.

 

Key features:

  • DC-45MHz supports thermal and mechanical controls and highest performance regulators and amplifiers
  • Low distortion for superior precision
  • 25 Ohm insertion resistance
  • 50 Ohm oscillator input
  • < 3uA typical bias current
  • >2 MΩ typical Input Resistance
  • High PSRR Low Noise Regulator with Universal input

The selection of a valid injection point in the circuit is more critical when using a solid state injector than with the transformer injector. The solid state injector presents an infinite impedance between the points of injection. In order to provide correct results one side of the measurement must present a much higher impedance than the other side. In a typical power supply control loop, the voltage sense divider is generally a good injection point, since the output impedance of the power supply is very low compared with the impedance of the voltage sense divider.

The solid state injector has a limitation in the operating voltage, with the majority limited to 10V or 12V. This is not the amplitude of the injection signal, but the peak value (positive or negative) of the signal operating voltage.

Rated data:

Max Vcc ±12V
Max Icc 20mA
Max input voltage DC+AC ±10.5V
Output voltage ±10.5V
Offset voltage 3mV
Bias Current 8μA
-3dB Bandwidth (-10dBm) DC…40MHz
Temperature range 0…50°C
Maximum Altitude 1860m
Dimensions 109x90x51mm
Weight 0.210kg
Input BNC, MOD – BNC
Output Banana

J2110A Solid State Injector and J2100A Injection Transformer bandwidth – comparison:

J2110A – Wtryskiwacz sygnałów niskich częstotliwości - pasmo przenoszenia

Connection diagram:

J2110A – Wtryskiwacz sygnałów niskich częstotliwości - schemat łączeniowy

Менше
Читати більше

Відправити запит

Ви зацікавлені у цьому продукті? Вам потрібна додаткова інформація або індивідуальні розцінки?

Зв'яжіться з нами
Запитайте про продукт close
Дякуємо за надіслане повідомлення. Ми відповімо якомога швидше.
Запитайте про продукт close
Огляд
Надіслати запит

Додати до списку бажань

Ви повинні увійти в систему

J2110A Solid State Injector

While it is possible to obtain high quality injection transformers with bandwidths as wide as 1Hz to 5MHz or more, in some cases this is still insufficient for some tests. For example a typical heater control loop might have a bandwidth of less than 1Hz while some linear regulators and opamp circuits can have bandwidths of up to 100MHz or in some cases even higher. For these applications, a solid state injector can provide the necessary bandwidth. A solid state injector can perform at DC, while the upper frequency limit is dictated by the components selected and the printed circuit board material and layout. It is possible to obtain a solid state injector with a working range of DC – 200MHz, though above 50MHz the interconnection between the injector and the circuit being tested can become quite critical. It is essential that ripple from the injector power supply does not dramatically degrade the dynamic range or the signal to noise ratio of the measurement. The resulting plots are often much cleaner when using a solid state injector than with a transformer injector.

 

Key features:

  • DC-45MHz supports thermal and mechanical controls and highest performance regulators and amplifiers
  • Low distortion for superior precision
  • 25 Ohm insertion resistance
  • 50 Ohm oscillator input
  • < 3uA typical bias current
  • >2 MΩ typical Input Resistance
  • High PSRR Low Noise Regulator with Universal input

The selection of a valid injection point in the circuit is more critical when using a solid state injector than with the transformer injector. The solid state injector presents an infinite impedance between the points of injection. In order to provide correct results one side of the measurement must present a much higher impedance than the other side. In a typical power supply control loop, the voltage sense divider is generally a good injection point, since the output impedance of the power supply is very low compared with the impedance of the voltage sense divider.

The solid state injector has a limitation in the operating voltage, with the majority limited to 10V or 12V. This is not the amplitude of the injection signal, but the peak value (positive or negative) of the signal operating voltage.

Rated data:

Max Vcc ±12V
Max Icc 20mA
Max input voltage DC+AC ±10.5V
Output voltage ±10.5V
Offset voltage 3mV
Bias Current 8μA
-3dB Bandwidth (-10dBm) DC…40MHz
Temperature range 0…50°C
Maximum Altitude 1860m
Dimensions 109x90x51mm
Weight 0.210kg
Input BNC, MOD – BNC
Output Banana

J2110A Solid State Injector and J2100A Injection Transformer bandwidth – comparison:

J2110A – Wtryskiwacz sygnałów niskich częstotliwości - pasmo przenoszenia

Connection diagram:

J2110A – Wtryskiwacz sygnałów niskich częstotliwości - schemat łączeniowy

Менше
Читати більше
Коментарі (0)