Accessories

Bandwidth: 50 MHz Rise Time ≤ 7 ns DC Accuracy ± 2% Max Input: 600 V CATIII, 1000 V CATII Max Differential Test Voltage (DC + Peak AC): 50 X: ±130 V, 500 X:±1300 V Input impedance/capacitance: 5 MΩ/<4 pF(Single-ended), 10 MΩ/< 2 pF(Two inputs) Power: DC 12 V/1.2 A Power supply

Designed for use with all Siglent SDG function generators. Useful when a higher output power is required. Bandwidth: DC – 1 MHz Maximum frequency: 1 MHz Input impedance: 15 kOhms Input: +/- 6.5V Vpp (Gain: X1) — +/- 1.3Vpp (Gain: X10) Maximum output voltage: 25.4 Vpp Maximum output current: 1.12 A Maximum slew rate: >90 V/usec

1 GHz active probe for use with the SIGLENT SDS5000X/SDS6000A series of oscilloscopes Single-ended (uses instrument ground. Not differential) Bandwidth (probe only) >1 GHz Bandwidth (with scope) 1 GHz (SDS5104X) 1 GHz (SDS6204A) Input capacitance 1.2 pF Input resistance 1 MΩ Offset range ±12 V Attenuation ratio (DC) ÷10 Offset accuracy < 3% DC gain accuracy < 3% Input dynamic range ±8 V Maximum input voltage (non-destructive) 20 V Cable length 130 cm

3.5 mm-Type Mechanical Calibration Kit for Vector Network Analyzers: Open (F), Short (F), Match (F,50), Through (F-F), 4.5 GHz The F603ME and F603FE mechanical calibration standards for economy 50Ω 3.5mm/SMA type coaxial systems encompass fixed terminations, open circuits, short circuits, and through adaptors, with specifications ranging from DC to 4.5 GHz. Their performance specifications closely resemble those of the Keysight 85033E mechanical calibration kit. Thus, they serve as suitable alternatives to the 85033E kit or can be integrated with the 85033E standard in network analyzers.

3.5 mm-Type Mechanical Calibration Kit for Vector Network Analyzers: Open (M), Short (M), Match (M,50), Through (M-M), 4.5 GHz The F603ME and F603FE mechanical calibration standards for economy 50Ω 3.5mm/SMA type coaxial systems encompass fixed terminations, open circuits, short circuits, and through adaptors, with specifications ranging from DC to 4.5 GHz. Their performance specifications closely resemble those of the Keysight 85033E mechanical calibration kit. Thus, they serve as suitable alternatives to the 85033E kit or can be integrated with the 85033E standard in network analyzers.

Bandwidth: 6 MHz (X1) / 100 MHz (X10) Switchable 85 pf / 18 pf Maximum input: 300 V / 600V Operating Temperature: 0 – 50 degrees C

Mechanical Calibration Kit for Vector Network Analyzers: Includes 9 calibration elements: N-type Open (M,F), Short (M,F), Match/Load (M,F 50 Ohms), Through (M-M, M-F, F-F), DC – 9 GHz Torque wrench Carrying case The F504TS is a coaxial calibration assembly comprising both F504MS and F504FS sets. These economy 50Ω N type coaxial mechanical calibration standards consist of fixed terminations, open circuits, short circuits, and through adaptors, covering a frequency range from DC to 9 GHz. The performance specifications of F504MS and F504FS closely resemble those of the Keysight 85032F mechanical calibration kit. Therefore, they can function as approximate substitutes for the 85032F kit or be integrated with the 85032F standard in network analyzers.

Mechanical Calibration Kit for Vector Network Analyzers: Open(F), Short(F), Match(F,50), Through(F-F), 50 Ohms, DC – 9 GHz The F504FS mechanical calibration standards for 50Ω N type coaxial systems comprise fixed terminations, open circuits, short circuits, and through adaptors, with specifications ranging from DC to 9 GHz. The performance specifications of the F504MS and F504FS closely resemble those of the Keysight 85032F mechanical calibration kit. Hence, they can serve as approximate substitutes for the 85032F kit or be utilized alongside the 85032F standard in network analyzers.

Mechanical Calibration Kit for Vector Network Analyzers: Open(F), Short(F), Match(F,50), Through(F-F), 50 Ohms, DC – 4.5 GHz The F503ME and F503FE mechanical calibration standards for 50Ω N type coaxial systems encompass fixed terminations, open circuits, short circuits, and through adaptors, covering a frequency range from DC to 4.5 GHz. Their performance specifications closely resemble those of the Keysight 85032B/E mechanical calibration kit. Therefore, they serve as suitable alternatives to the 85032B/E kit or can be employed alongside the 85032B/E standard in network analyzers.

Bandwidth: 6 MHz (X1) / 70 MHz (X10) Switchable 85 pf / 18 pf Maximum input: 300 V / 600V Operating Temperature: -15 – 75 degrees C

Return Loss Bridge (1 MHz to 2.5 GHz), N-type(M) to N-type(M) adaptor (2 pcs) for measuring VSWR with the SSA3000X Plus series of spectrum analyzers. NOTE: On-screen VSWR calculations require the activation license for Reflection/VSWR for the specific analyzer you wish to use. This part number includes hardware only.

Soft Carry Case for SDS2000X, SDS2000X Plus, SDS2000X HD, SDS5000X, SSA3000X，SVA1000X, SSA3000X-R, SSA3000X Plus Weight 4 lbs Dimensions 18 × 12 × 6 in

Soft Carry Case for SDS1000DL+/CML+, SDS1000X, SDS1000X-E, SDS2000X-E Series Weight 4 lbs Dimensions 18 × 9 × 4 in

Accessory Kit Includes the following: Cables: 1 ea) N (M) – SMA (M) / N (M) – N (M) / Adaptors: 2 ea) N (M) – SMA (F) / N (M) – BNC (F) Attenuator: 1 ea) 10 dB Zippered Carry Case

Probe Accessories Kit Includes: Qty 1 Probe spring clip cap Qty 1 Ground lead and alligator clip Qty 1 Insulating tip cover Qty 1 Safety tip cover Qty 1 Spring ground clip Qty 1 Compensation adjustment tool Qty 8 Colored probe identification rings Compatibility: PB470, PP510, PP215, PP430, SP2030A, SP2035A, SP2035

Probe Accessories Kit Includes: Qty 1 Probe spring clip cap Qty 1 Ground lead and alligator clip Qty 1 Insulating tip cover Qty 1 Safety tip cover Qty 1 Spring ground clip Qty 1 Compensation adjustment tool Qty 8 Colored probe identification rings Compatibility: SP3050A

Male N-to-Male SMA Cable 6 GHz bandwidth Length 0.7 m (27.6 inches).

Male N-to-Male N Cable 6 GHz bandwidth Length 0.7 m (27.6 inches)

Replacement brush for Superior Electric Powerstat model 12

Bezel for Summit SI7 Meters

Bezel Mounting Hardware

Cover for Jewell 2W1

I/O Support Module for Accuenergy Acuvim 4 Digital Inputs, 2 Digital Outputs