
V6シリーズ
- 小型モデル、最大電圧30kV
- 高安定度、低リップル、低ノイズ
- ローカルおよびリモートプログラミングとモニタリング
- RoHS準拠
*注: すべての仕様は予告なく変更される場合があります。最新版についてはこのデータシートの英語PDFをご覧ください。
小型30W精密高電圧電源
V6シリーズは、多くのアプリケーションにおいて非常に優れ た性能と価値を提供する調整された固定出力両極性モジュール高 圧電源のファミリー製品です。
V6シリーズユニットは、完全に密閉され、システムまたはベ ンチトップ・オペレーション用に設計されています。30kVまで の広範囲の出力電圧が利用可能です。
出力電圧は内蔵マルチターン・ポテンショメータによってロー カル制御されます。リモート・アナログ電圧または抵抗プログラ ミング能力が、全ての機種に含まれています。アナログ・モニタ 出力も、高電圧および電流出力の両方のリモート・モニタリング に含まれています。
用途
- 分光計
- CRT検査
- 検知器
- 電子ビーム・システム
- 一般研究用
Specifications
(Ref. 128069-001 REV. L)
Input Voltage:
AC Model: 100-240Vac, ±10%; 50/60 Hertz; 1 amp
DC Model: 24Vdc ±10%, 2 Amps
Voltage Regulation:
Line: ±0.005% of maximum 90-240Vac input line change.
±0.005% of maximum ±10%Vdc input line change
Load: ±0.01% of maximum for 0 to maximum rated
output current change
Current Regulation:
Line: ±0.05% of maximum current for 90-240Vac input line change.
0.05% of maximum current for ±10% Vdc input change
Load: 0.2% of maximum current for 0 to maximum rated output voltage change
Ripple:
See “model selection” table
Temperature Coefficient:
≤ 50ppm/°C
Stability:
≤ 0.01%/hour, 0.02% per 8 hours after a 1/2 hour warm up
Operating Temperature:
0°C to +50°C
Storage Temperature:
-40°C to +85°C
Humidity:
20% to 85%RH, non-condensing
Local Control:
Internal multi-turn potentiometer for 0 to maximum output voltage (±0.2%)
Remote Programming:
0 to +5Vdc analog input signal proportional to 0 to maximum rated output. Accuracy is ±(0.1% of setting +0.1% of maximum). The programming input impedance is 20 megohms.
Voltage Monitor:
0 to +5V proportional to 0 to maximum output voltage. Accuracy is ±(0.1% of reading +0.1% of maximum). The monitor impedance is 10 kilohms.
Current Monitor:
0 to +5V proportional to 0 to maximum output voltage. Accuracy is ±(2.0% of reading +1.0% of maximum). The monitor impedance is 10 kilohms.
Enable:
Remote interlock enables (low) disables internally (high) the high voltage output. Signal is normally high and supply will default to a disabled condition.
Current Limit:
All units provide short circuit current limiting to less than 110% of the maximum rated output current. Supply is self restoring upon removal of cause limit condition.
Arc/Short Circuit:
Short circuit and arc protected; self restoring.
Cooling:
Convection cooled
Output Connector:
Models up to and including 5kV use a Spellman P/N JAC high voltage connector. The required mating connector is a Spellman P/N 105808-384, which is provided. The 10kV through 30kV units use a Spellman P/N JGP high voltage connector (Alden 8101). All 10 through 30kV units are 1 provided with mating connectors assembled to 2.0 meters 2 of high voltage cable.
Dimensions:
AC Model: 3.05. W X 5.1. H X 7.06. D (77mm X 132mm X 179mm)
DC Model: 2.32. W X 5.1. H X 7.06. D (59mm X 132mm X 179mm)
Weight:
AC Model: 4.5 pounds (2.0kg)
DC Model: 3.75 pounds (1.7kg)
Regulatory Approvals:
Compliant to EEC EMC Directive. Compliant to EEC Low Voltage Directive. UL/CUL recognized, File E227588. RoHS Compliant.
OPTIONS
RS - RS-232 Interface
V6A MODEL SELECTION TABLE
V6 AC Series | Voltage | Current | Ripple |
---|---|---|---|
V6A1*30 | 0 to 1kV | 0 to 30mA | 75mV |
V6A1.5*30 | 0 to 1.5kV | 0 to 20mA | 75mV |
V6A3*30 | 0 to 3kV | 0 to 10mA | 120mV |
V6A5*30 | 0 to 5kV | 0 to 6mA | 150mV |
V6A10*30 | 0 to 10kV | 0 to 3mA | 400mV |
V6A15*30 | 0 to 15kV | 0 to 2mA | 900mV |
V6A20*30 | 0 to 20kV | 0 to 1.5mA | 1.0V |
V6A30*30 | 0 to 30kV | 0 to 1mA | 1.8V |
*Specify “P” for positive polarity or “N” for negative polarity
V6D MODEL SELECTION TABLE
V6 DC Series | Voltage | Current | Ripple |
---|---|---|---|
V6D1*30 | 0 to 1kV | 0 to 30mA | 75mV |
V6D1.5*30 | 0 to 1.5kV | 0 to 20mA | 75mV |
V6D3*30 | 0 to 3kV | 0 to 10mA | 120mV |
V6D5*30 | 0 to 5kV | 0 to 6mA | 150mV |
V6D10*30 | 0 to 10kV | 0 to 3mA | 400mV |
V6D15*30 | 0 to 15kV | 0 to 2mA | 900mV |
V6D20*30 | 0 to 20kV | 0 to 1.5mA | 1.0V |
V6D30*30 | 0 to 30kV | 0 to 1mA | 1.8V |
*Specify “P” for positive polarity or “N” for negative polarity
V6A ANALOG/DIGITAL INTERFACE— J1 15 PIN FEMALE D CONNECTOR
Pin | Signal | Signal Parameters |
---|---|---|
1 | Local Voltage Program | Multi-turn front panel potentiometer |
2 | TX Out (optional) | RS232 Receive Data |
3 | RX In (optional) | RS232 Transmit Data |
4 | Voltage Program Input | 0 to 5V=0 to 100% Rated Output, Zin=20MΩ |
5 | Signal Ground | RS232 Ground (optional) |
6 | Signal Ground | Ground |
7 | +5V Reference Out | +5V @ 1mA Max. |
8 | HV Enable Input | Active Low to Enable the HV |
9 | Current Program Input | 0 to 5V=0 to 100% Rated Output, Zin=20MΩ |
10 | Current Monitor | 0 to 5V=0 to 100% Rated Output, Zout=10kΩ |
11 | Voltage Monitor | 0 to 5V=0 to 100% Rated Output, Zout=10kΩ |
12 | HV Enable Output | Active Low HV is Enabled |
13 | Signal Ground | Ground |
14 | N/C | No Connection |
15 | N/C | No Connection |
V6D ANALOG/DIGITAL INTERFACE— J1 15 PIN FEMALE D CONNECTOR
Pin | Signal | Signal Parameters |
---|---|---|
1 | Local Voltage Program | Multi-turn front panel potentiometer |
2 | TX Out (optional) | RS232 Receive Data |
3 | RX In (optional) | RS232 Transmit Data |
4 | Voltage Program Input | 0 to 5V=0 to 100% Rated Output, Zin=20MΩ |
5 | Signal Ground | RS232 Ground (optional) |
6 | Signal Ground | Ground |
7 | +5V Reference Out | +5V @ 1mA Max |
8 | HV Enable Input | Active Low to Enable the HV |
9 | Current Program Input | 0 to 5V=0 to 100% Rated Output, Zin=20MΩ |
10 | Current Monitor | 0 to 5V=0 to 100% Rated Output, Zout=10kΩ |
11 | Voltage Monitor | 0 to 5V=0 to 100% Rated Output, Zout=10kΩ |
12 | HV Enable Output | Active Low HV is Enabled |
13 | +24V Return | Input Voltage Return |
14 | +24Vdc Input | Input Voltage 24V±10%, 2A |
15 | +24Vdc Input | Input Voltage 24V±10%, 2A |
Tables & Diagrams
DIMENSIONS: in.[mm]
V6-AC
TOP VIEW
SIDE VIEW
BOTTOM VIEW
V6-DC
TOP VIEW
SIDE VIEW
BOTTOM VIEW
Frequently Asked Questions
What Is a Safe Level of High Voltage?
Where Can I Obtain Information on High Voltage Safety Practices?
What Do You Mean That the Output Side of the High Voltage Cable on Most Standard Products Is “Unterminated”?
How Should I Ground Your Supply?
Why Is Arcing an Issue for a High Voltage Power Supply?