047-394-2112

トップページ  製品案内  科学研究機器  ACCEL INSTRUMENTS

ACCEL INSTRUMENTS

高電流・高電圧・高出力アンプ様々な組み合わせによりご要望のテストを可能にします。

TS250 Waveform Amplifier

TS250はLDOと増幅器のPSRRテスト、バッテリーシミュレーター、オペアンプCMRR測定、電磁波とヘルムホルツ・コイルの高電流ドライバー、一般的なファンクションジェネレータ増幅器、過渡応答テスト、4四分円電源、ラボパワーアンプなど多くのテストと測定のアプリケーションに理想的です。

TS250 主なアプリケーション

Function Generator Amplifier

Function Generator Amplifier

The TS250 waveform amplifier is a unique instrument ideal for amplifying function generator output. It amplifies current or voltage or power for driving heavy loads. The TS250 output current up to 6A peak for the low-voltage model.
Higher current is possible by connecting two or more TS250 in parallel. The TS250-7 output is up to +65V.

Related Application

Waveform Amplifier
High Current Amplifier
Maximizing Out put Current

Magnetic Coil and Piezo Driver

Electromagnetic coils such as solenoids, inductors, Helmholtz coils, and electromagnets often time required high-current and high-frequency operation. The TS250 is ideal for driving magnetic coils at high current and high frequency. Similarly the TS250 is also ideal for driver high capacitance piezo actuators.

Related Application

Helmholtz Coils Driver
High-Frequency Electromagnet Using Resonant Technique
Magnetic coil design resource information
Piezo Motor Driver

Battery Simulator

TS250 can source or sink current. It can be use as a battery simulator. The TS250 has a variable DC output that can easily simulate battery voltage changes. Thus it is great for battery charger testing such as those in battery operated portable electronic systems.

PSRR

TS250 is ideal for power supply rejection ratio or PSRR measurement. PSRR is commonly tested for LDO regulators, op amps, audio amps, etc. TS250 is especially powerful for LDO PSRR testing at high load current (See below App Notes). The TS250 can also test op amp PSRR and CMRR. It is designed to work with network analyzers such as Omicron Lab Bode 100, AP Instruments (Ridley) model 300, Agilent 4395A, and Audio Precision SYS2722.

Related Application

Op-Amp PSRR Measurment is Easy
How to Measure LDO PSRR
How to Meaure Op-Amp CMRR

Transient Response Tests

Transient response is an electrical specification of how a device-under-test (DUT) response to an input voltage disturbance or transient. For example, a regulator specified its output voltage deviates less than 5mV for a 200mV input voltage step from 3.2V to 3.4V in 10 microseconds. This is also called line step response. Another example is to simulate a supply voltage transient rapidly overshoot follow by a suddenly loss of power.

TS250仕様
Output Voltage Range Output Current
(> 10Hz, VDC or Vpp = 0.75 Max, Resistive Load)
TS250-0 -10V to +10V 5.0ADC, -6.0A to +6.0A peak
TS250-1 -20V to +20V 3.1ADC, -4.4A to +4.4A peak
TS250-2 -30V to +30V 2.1ADC, -3.0A to +3.0A peak
TS250-3 -40V to +40V 1.7ADC, -2.5A to +2.5A peak
TS250-4 -6V to +15V 4.0ADC, -5.0A to +5.0A peak
TS250-5 -6V to +30V 2.1ADC, -3.0A to +3.0A peak
TS250-6 -6V to +45V 1.7ADC, -2.5A to +2.5A peak
TS250-7 -6V to +65V 2.1ADC, -2.5A to +2.5A peak
Maximum Frequency (Note 1)
3.5Vpp 1MHz
10Vpp 450kHz
20Vpp 225kHz
40Vpp 112kHz
80Vpp 35kHz
Output Noise (Note 2)
RMS 1mVrms
Peak-to-Peak 6mVpp
Output Slew Rate 16uV/s
Input Impedance
Hi-Z setting 1kΩ
50Ω setting 50Ω
Min Frequency
DC-Couple setting DC
AC-Couple, Hi-Z setting, -3dB 1Hz
AC-Couple, 50Ω setting, -3dB 50Hz
Voltage Gain
0dB setting 0dB (gain of 1V/V)
20dB setting 20dB (gain of 10V/V)
Current Monitor Scale (Note 3) 100mV/A
Current Monitor Accuracy
(Max Current)
+/-1%
LCD Volt Meter Accuracy (Note 4) +/-1%
AC Power Supply Input 100VAC to 240VAC
Operating Temperature Range 0C to +40C
Storage Temperature Range -20C to +60C
Operating Humidity Range
(No Condensation)
20% to 80%
Weight 4.0kg
Dimension 11.25×10.5×5.5 Inches

TS200 Modulated Power Supply

TS200はLDO PSRR測定、バッテリーシミュレーター、オペアンプのCMRR測定、ファンクションジェネレータ増幅器、過渡応答テスト、4四分円電源、ラボパワーアンプ、およびその他などの多くのテストと測定のアプリケーションのためのユニークな機器です。

TS200 主なアプリケーション

Battery Simulator

TS200 can source or sink current. It can be use as a battery simulator for testing battery chargers. The TS200 has a variable DC output that can easily simulate battery voltage changes. Thus it is great for battery charger testing such as those in battery operated portable electronic systems.

Related Application

Battery Simulator
Battery Emulator
Four Quadrant Power Supply

Battery Simulator

The TS200 Modulated Power Supply is a unique test equipment ideal for amplifying function generator output. It amplifies current or voltage or power for driving heavy loads. The TS200 output current up to 4A peak for the low-voltage model. The TS200-3B output is up to +70V.

Related Application

Waveform Amplifier
High Current Amplifier
High Voltage Amp lifier
Maximizing Output Current

Magnetic Coil and Piezo Driver

Electromagnetic coils such as solenoids, inductors, Helmholtz coils, and electromagnets often time required high-current and high-frequency operation. The TS200 is ideal for driving magnetic coils at high current and high frequency. Similarly the TS200 is also ideal for driver high capacitance piezo actuators.

Related Application

Helmholtz Coils Driver
High Current and Frequency Electromagnet Using Resonant
Magnetic Field Generator Uses New Resonant Circuit
Helmholtz Coil For Sale Listing
Helmholz Coil Design Resources
Magnetic Design Main Page

PSRR

TS200 is ideal for power supply rejection ratio or PSRR measurement. PSRR is commonly tested for LDO regulators, op amps, audio amps, etc. TS200 is especially powerful for LDO PSRR testing at high load current. TS200 can also test op amp PSRR and CMRR. Conventional regulator PSRR test techniques such as capacitor or inductor coupled unable to support high LDO load current (i.e. >1A). Various PSRR measurement techniques are outlined below links. The TS200 is designed to work with network analyzers such as Omicron Lab Bode100, AP Instruments (Ridley) model 300, Agilent 4395A, and Audio Precision SYS2722.

Related Application

How to Measure LDO PSRR
How to Measure Op-Amp CMRR
Op-Amp PSRR Measurement is Easy

Four Quadrant Power Supply

Transient response is an electrical specification of how a device-under-test (DUT) response to an input voltage disturbance or transient. For example, a regulator specified its output voltage deviates less than 5mV for a 200mV input voltage step from 3.2V to 3.4V in 10 microseconds. This is also called line step response. Another example is to simulate a supply voltage transient rapidly overshoot follow by a suddenly loss of power.

Related Application

Line Transient Response Test

TS200 Voltage Ranges

TS200-0x: -10V to + 10V
TS200-1x: -20V to + 20V
TS200-2x: -20V to + 45V
TS200-3x: -10V to + 70V
TS200-4x: 0V to + 15V
TS200-5x: -40V to + 40V

TS200仕様

TS400 Wideband Power Amplifier

Features Applications
  • High-frequency, high-current power amplifier
  • High Frequency (DC to 10MHz)
  • High Current (-5A to + 5A)
  • Voltage Ranges
    -10V to +10V
    -15V to +15V
    0V to +15V
    0V to +30V
  • High-frequency, high-current power amplifier
  • Impedance measurement
  • Magnetic probes and coils
  • University and R&D labs
  • PSRR/CMRR measurement
  • General lab amplifier

次世代ナノテク材料・機器の
幅広いニーズにお応えします。

私たちはフラーレン・ナノチューブはもちろん、次世代ナノテク材料・機器を取り扱う技術専門商社であります。
確かな情報網を活かし、国内・海外を問わずクオリティの高いナノテク材料・機器をご提供いたしております。

最先端の材料・機器を国内外を問わずお探しいたします。

「次世代ナノテク材料・機器」に関するお問い合わせは、弊社までお気軽にご連絡ください。

〒270-0021 千葉県松戸市小金原7-10-25

 GoogleMapで開く

お気軽にお問い合わせください。

お問い合わせフォームへ

 営業時間

9:00〜17:30(土日祝日はお休み)

トップページ お知らせ 製品案内 企業情報 お問い合わせ

メールにてお問い合わせ下さい。
お問い合わせフォームへ