產品介紹∣160W - 5200W任意波形電源供應器

任意波形電源供應器，輸出功率160W～5200W，可產生任何的電壓與電流特性曲線。
標準配備多功能及操作簡便的軟體。
除了提供汽車與航空電子業應用的許多預設的標準脈衝外，TOE 8805-TOE 88165系列任意波形電源供應器還額外提供可完全產生其它選擇波形的選購，因此，您可產生或許只有在未來才定義的測試電壓；也提供電壓驟降及電壓降、負載突降脈衝及許多複雜的電壓形式。
軟體包含一個典型汽車應用的綜合曲線資料庫 - 提供予使用者一個可靠且多功能的測試儀器。
本系列具備的另一個操作模式，就是模擬會發生在汽車或飛機的佈線系統漣波 - 頻率從20Hz以上到超過70kHz的漣波，可疊加在測試曲線或一個純DC電壓曲線上。
從TOE 8825開始的所有機型，都是模組式設計，並且包含一個智慧型控制裝置及增幅器並聯連接。
此系列機型已將「高速電源供應器」的重要特點，理想地與任意函數產生器的主要特點互相結合。
軟體：
- 標準配備的軟體，極具多功能性，可直覺化的操作使用，並可於極短時間內，產生幾乎任何波形。
- 可直接從數位示波器及資料記錄設備匯入資料。
- 軟體包含一個來自全球汽車製造廠且持續更新的標準曲線資料庫。
最大輸出電壓：16V~100V。
最大輸出電流：1.6A～320A。
輸出功率：160 W～5,200 W。
特點：
- 可產生任意電壓及電流特性曲線。
- 可從數位示波器或資料記錄系統匯入即時信號。
- 極高上升與下降速率的輸出電壓具：大約2V/μs。
- 短暫的負載電流達1,000A。
- 標準配備操作簡便的軟體。
- 標準配備GPIB與類比介面。
- 汽車電氣漣波：AC疊加4Vpp。
  - 20Hz～70kHz (TOE 8815 - TOE 8865)。
  - 20Hz～50kHz (TOE 8865 - TOE 88165)。
- 內部吸收功能 - 短暫的負載吸收：1000W～16000W，依機型而定。
- 短暫的負載電流：3倍的額定電流，大約10ms (最大1000A)。

顯示：
- 電壓/電流：分別顯示在兩個5位數的顯示幕上。
- 位址：IEEE設備位址或記憶體位址。
儀器設定的儲存：
- 儲存位置：100個電源供應模式的完整儀器設定及關機時存在非揮發記憶體內的1個儀器狀態的設定。
任意函數：
- 內插點：2～1,000個。
- 內插點資料：電壓、電流及步階大小。
步階大小：200μs到100s及無限大，每個內插點可分別調整。
順序模式：1～255次掃描，連續或突發。
觸發：手動用鍵盤、遠端控制用匯流排命令或外部觸發(TTL)。
儲存：1個完整的函數序列及1,000個內插點的資料，是儲存在內部非揮發性記憶體內；外部儲存的函數序列是存在SRAM記憶卡，符合JEIDA 4.0標準，最大容量2MB。
IEEE匯流排控制：
- 介面標準：電氣隔離；符合IEEE 488.1標準。
- 軟體標準：符合IEEE 488.2標準。
- 設備位址：0～30。
- 測量速率：
  - 電壓及電流：8次測量/秒。
  - 電壓或電流：12次測量/秒。
詳細規格、配件、軟體及選購，歡迎洽詢。

Arbitrary power supplies for generation of any voltage and current characteristics with an output power from 160 W to 5200 W.
With exceptionally versatile and user-friendly software.
In addition to many predefined standard impulses for the automotive and avionics industries, the arbitrary power supplies of the TOE 8805 to TOE 88165 series additionally offer the option for generating completely optional waveforms. You can thus generate test voltages which perhaps may only be defined in the future. They also provide dips and drops, load dump impulses, and many versions of complex voltages.
A comprehensive library of curves typical in vehicles provide the user with a reliable and versatile test instrument.
A further operating mode of these extremely universal arbitrary units is the simulation of wiring system ripple as encountered in vehicles or aircraft. Ripples with frequencies from 20 Hz up to more than 70 kHz can be superimposed on the test curves or on a pure DC voltage.
All models starting with the TOE 8825 are of modular design and consist of an intelligent control unit and boosters connected in parallel.
In these extremely universal units, the major features of a high-speed power supply have been optimally combined with those of an arbitrary function generator.
Software:
The software included in the scope of delivery is extremely versatile, allows intuitive use, and permits generation of almost any waveforms within a very short time. Direct data importing from digital oscilloscopes and data recording equipment is also possible without problem. Furthermore, the software has a library with standard curves from global vehicle manufacturers which is continuously updated.
Maximum output voltage: 16 V to 100 V
Maximum output current: 1.6 A to 320 A
Output power: 160 W to 5200 W
Special features:
- Generates any voltage and current characteristics
- Imports real-time signals from digital storage oscilloscopes or data recording systems
- Very high rise and fall rates of the output voltage: approx. 2 V/μs
- Brief load currents up to 1000 A
- User-friendly software
- GPIB and analog interfaces included as standard
- Vehicle electrics ripple: AC superimposition 4 Vpp
- 20 Hz to 70 kHz (TOE 8815 to TOE 8865)
- 20 Hz bis 50 kHz (TOE 8865 to TOE 88165)
- Internal sink function Brief load sink: 1000 W to 16000 W, depends on model
- Brief load current: 3 x Irated for approx. 10 ms (max. 1000 A)

Display:
- Voltage/current: Separately on two 5-digit displays
- Address: IEEE device address or memory address
Memory for instrument settings:
- Memory locations: 100 complete instrument settings for power supply mode and one setting in the non-volatile memory for the instrument status when switching off
Arbitrary function:
- Interpolation points: 2 to 1000
- Interpolation point data: Voltage, current and step size
Step size: 200 μs to 100 s and ∞, separately adjustable for each interpolation point
Sequence mode: Continuous or burst with 1 to 255 sweeps
Triggering: Manually on keypad, remote controlled by bus command, or external trigger (TTL)
Saving: 1 complete function sequence with the data for 1000 interpolation points is saved in the internal non-volatile memory; external saving of function sequences on SRAM memory card according to JEIDA 4.0 standard with max. capacity of 2 MB
IEEE bus control:
- Interface standard: Electrically isolated; in accordance with IEEE 488.1
- Software standard: In accordance with IEEE 488.2
- Device address: 0 to 30
- Measuring rate:
  - 8 measurements/s for voltage and current,
  - 12 measurements/s for voltage or current
Please feel free to contact for detailed specifications, accessories, software and options.