1435A/B-V Signal Generator 9kHz~6GHz Power 22dB@3GHz Modulation Bandwidth200MHz

• Customization: Available
• After-sales Service: Provide
• Warranty: Subject to The Contract
• Model NO.: 1435A/B-V
• Type: Contact Us
• Channel: Contact Us
• Display: Contact Us
• Function: Test Measurement
• RF Modulation Bandwidth: 2GHz
• Monitor: 7-Inch Wide LED
• Maximum Output Power: +20dBm at Full Frequency Band
• Minimum Output Power: -135dBm
• Weight: 10.9kg / 7.4kg
• Transport Package: Moisture-Proof and Anti-Collision
• Specification: Desktop
• Trademark: Ceyear
• Origin: China

Product Description

1435 series signal generators

Based on innovative technologies, the 1435 series signal generator achieves balance in terms of performance, economy and volumetric weight. It also has excellent spectral purity, with a single side band (SSB) phase noise of -136dBc/Hz (when the carrier is 1GHz and the frequency offset is 10kHz) or -116dBc/Hz (when the carrier is 10GHz and the frequency offset is 10kHz). It provides a high power output and a large dynamic range, with the maximum output power up to 20dBm@20GHz and an output power dynamic range greater than 150dB. It responds fast and switches to another frequency in only 1ms, which shortens the test time and improves test efficiency, meeting the needs of massive data testing; in addition, it also has excellent analog modulation and pulse modulation functions. By adopting advanced frequency synthesis and RF channel signal processing technologies, it can achieve high performance while reducing the cost. Besides, it is equipped with a 7-inch high-sensitivity LED touch screen, and supports operation by touch screen, panel buttons, rotary knobs, external mouse and keyboard, etc., which fully upgrades the users' operation experience. It adopts portable 3U chassis structure and is featured by small size and light weight, and thus is easy to carry. The 1435 series signal generator can meet both the test requirements for high performance in the R&D phase and the test requirements for high efficiency in the production phase.

Features

Wide frequency coverage

 The      1435A/B/C/D/F      series      signal      generator      provides      a      frequency      range      of 9kHz~3GHz/6GHz/12GHz/20GHz/40GHz. Its lowest frequency can be as low as 9kHz and its highest frequency can be as high as 40GHz, which can meet the needs of wide frequency band testing.

High output power

When the H08 high-power output option is selected, the measured value of the full-band output power of the 1435A/B/C/D series signal generator can be above 20dBm and the full-band output power of the 1435F series signal generator can be above 17dBm. In the test where high-power excitation signals are required, the 1435 series signal generator can be used to obtain the required test signal without an external amplifier.

 

 

Technical specifications¹
 

Frequency Features
Frequency Range	1435A:9kHz~3GHz 1435B:9kHz~6GHz 1435C:9kHz~12GHz 1435D:9kHz~20GHz 1435F:9kHz~40GHz		Frequency				N   (number    of   internal   harmonic waves)
			9kHz≤f<250MHz				1/8
			250MHz≤f≤375MHz				1/16
			375MHz<f≤750MHz				1/8
			750MHz<f≤1.5GHz				1/4
			1.5GHz<f≤3GHz				1/2
			3GHz<f≤6GHz				1
			6GHz<f≤12GHz				2
			12GHz<f≤24GHz				4
			24GHz<f≤40GHz				8
Frequency Resolution	0.001Hz
Frequency Switching   Time	≤1ms (typical   value 2)
Time Base   Aging Rate (Typical Value)	Standard: ±5×10-7/year    (after continuous switch-on for 30   days) High Stability Time Base option H10: ±5×10-8/year (after continuous switch-on for 30   days) ±5×10-10/day(after continuous   switch-on   for 30 days)
Reference Output	Frequency				10MHz
	Power				>+4dBm, to 50Ω   load
Reference   Input	Frequency				1MHz~50MHz, step   1Hz
	Power				0dBm~+7dBm, impedance 50Ω
Scanning   Features
Scanning Mode	Step Scan, List Scan
Scan Dwell Time	100μs~100s
Power Features
Minimum Power	Standard				Option H01
	-15dBm (can be set -20dBm)				-110dBm (can be set -135dBm)
Maximum   Power (25±10°C)	Frequency Range	Standard			High Power Output Option H08
	1435A/B
	9kHz≤f≤3GHz			18dBm	22dBm
	3GHz<f≤5GHz			16dBm	20dBm
	5GHz<f≤6GHz			15dBm	18dBm
	1435C/D
	9kHz≤f≤3GHz			16dBm	21dBm
	3GHz<f≤20GHz			15dBm	20dBm
	1435F
	9kHz≤f≤3GHz			14dBm	20dBm
	3GHz<f≤17GHz			13dBm	17dBm
	17GHz<f≤40GHz			11dBm	15dBm
	Standard
Power   Accuracy (25±10°C)	Power (dBm) Frequency	10~Maximum Power			-10 to 10			-15 to 10
	9kHz≤f≤2GHz	±0.8dB			±0.6dB			±1.5dB
	2GHz<f≤20GHz	±0.9dB			±0.7dB			±1.5dB
	20GHz<f≤40GHz	±0.9dB			±0.8dB			±1.8dB
	H01A/B Programmable Step Attenuator Option
	Power (dBm)  Frequency	10 to Maximum Power			-10 to 10	-70 to 10			-90 to 70
	9kHz<f≤2GHz	±0.8dB			±0.6dB	±0.7dB			±1.4dB
	2GHz<f≤20GHz	±0.9dB			±0.7dB	±0.7dB			±1.6dB
	20GHz<f≤40GHz	±0.9dB			±0.8dB	±1.1dB			±2.0dB
Power   Resolution	0.01dB

Typical Application

• The 1435 series signal generator provides complete functions and a frequency range of 9kHz~40GHz. It provides AM, FM, ΦM, and PM analog modulation functions and supports step scan and list scan. Also, it has excellent performance. By adopting a design which realizes the balance between performance, economy and volumetric weight, it supports free configuration of various options, which makes it widely available. In respect of cost, it can be used for teaching; in respect of performance, it can be used in laboratory tests.
  The   1435   series   signal   generator   supports   high-performance   pulse   modulation,   with   a pulse-to-modulation switch ratio greater than 80dB, the rise and fall time less than 10ns, and the minimum pulse width of 20ns. It supports various pulse patterns such as pri stagger, prf jittering and pulse string, which is suitable for radar system testing. It has excellent phase noise performance and is available for receiver testing. It has a small size and can be carried along for field testing.
  The 1435 series signal generator takes only 1ms to switch to another frequency. It provides a high test speed, shortens the test time, and improves the test efficiency, thus meeting the requirements of massive data test. It provides a high power output and needs no external power amplifier, thus saving the space and cost. It supports multiple control interfaces such as USB, LAN and GPIB, which facilitates the formation of an automated test system and is suitable for production line test.

Detailed Photos