FGA5050 Measurement instrument

Function Generator

FGA5050

150,000円（税込：165,000円）

Wide band frequency
Sine waveform : 1 μHz to 50 MHz, Square waveform : 1 μHz to 25 MHz
Sine waveform, Square waveform, Ramp waveform, Triangle waveform, Pulse waveform, Noise waveform, DC, Arbitrary waveform output
Waveform editor application software “WAVEPATT” is included as standard
Various modulation types
AM, FM, PM, FSK, PWM, Frequency sweep, Burst, External Modulation Input
16 bits / up to 50 MHz pattern out
14 bits / 256 k-point, 125 MSs/s
10 MHz clock in and out
Trigger Input and Trigger output (TTL compatible)
Interface : LAN / USB standard

*Limited stock due to end of production.

カート機能が動くまでの

SKU: FGA5050

Overview

The LXI interface makes easier for the test system!

The FGA5050 is a function generator that equips with the arbitrary waveform function. In addition to Sine waveform, Square waveform, Ramp wave- form of those custom waveform generation func- tion, the FGA5050 offers to realize high precision waveform with 1 μHz of resolution and 50 MHz of wideband frequency. The FGA5050 can be used in wide application such as “Voltage variation test for Automotive Electronic Components”, “ECU false signal source”, “Charge-Discharge test for the rechargeable battery”, “Ripple super-impose test” and it can be used as the trigger signal for the various type of test system. Further more, three types of interface, LAN / USB are equipped with the FGA5050 as standard feature, it applies for automated test along with manual operation.

Application

Voltage variation test for Automotive Electronic devices

The system combined with the FGA5050 and the Bipolar power supply, it can be used as the “Signal Source” for the “Voltage variation test of the automotive electronic components” complied to the ISO standard and other manufacturer’s standard.

Measurement of the output impedance of the power supply

The system combined with the FGA5050, electronic load, and multi-meter, it can be used as the “Reference AC Signal” for the “Impedance measurement of power supply output”.

Specifications

General specifications

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Input voltage range	Single-phase 100 Vac to 240 Vac, 50 Hz to 60 Hz , Single-phase 100 Vac to 120 Vac, 400 Hz
Power consumption	80 VA max
Operating temperature range	0 °C to 55 °C (80 %rh or less, no condensation)
Storage temperature range	-30 °C to 70 °C (80 %rh or less, no condensation)
Operating altitude	Up to 2000 m
Dimensions (mm)/ Weight	253W × 107H × 381D mm (9.96W × 4.21H × 15.0D inch)/ Approx. 4 kg(8.8 lb)
Interface	LAN, USB, GPIB (factory option)
Accessories	“Power cord” 1 pc. (with three-pronged plug), “Pattern generator cable” 1pc., “USB cable” 1pc., “CD-R”*1 1pc., “Packing list,safety precautions” 1 English, 1 Japanese, “China RoHS disclosure report” 1pc.
Electromagnetic compatibility (EMC)	Complies with the requirements of the following directive and standard. EMC Directive 2014/30/EU EN 61326-1(Class A) EN 55011(Class A, Group 1) EN 61000-3-2, EN 61000-3-3
Safety	Complies with the requirements of the following directive and standard. Low Voltage Directive 2014/35/EU EN 61010-1(Class I, Pollution degree 2)

*1 including the “Operation Manual” and “Communication Interface Manual”.

Waveform characteristics

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Waveforms	Standard waveforms	Sine, square, ramp, triangle, pulse, noise, and DC
Waveforms	Arbitrary waveforms	Exponential rising wave, exponential falling wave, reverse ramp wave, sinc wave, and cardiac wave (cardiac electrogram wave)
Sine waves	Frequency	1 μHz to 50 MHz
	Amplitude flatness 1 2 (relative to 1 kHz)	Less than 100 kHz	0.1 dB
		Less than 5 MHz	0.15 dB
		Less than 20 MHz	0.3 dB
		Less than 50 MHz	0.5 dB
	Harmonic distortion 2 3	DC to 20 kHz	Less than 1 Vpp	-70 dBc
		DC to 20 kHz	1 Vpp or more	-70 dBc
		20 kHz to 100 kHz	Less than 1 Vpp	-65 dBc
		20 kHz to 100 kHz	1 Vpp or more	-60 dBc
		100 kHz to 1 MHz	Less than 1 Vpp	-50 dBc
		100 kHz to 1 MHz	1 Vpp or more	-45 dBc
		1 MHz to 20 MHz	Less than 1 Vpp	-40 dBc
		1 MHz to 20 MHz	1 Vpp or more	-35 dBc
		20 MHz to 50 MHz	Less than 1 Vpp	-35 dBc
		20 MHz to 50 MHz	1 Vpp or more	-30 dBc
	Total harmonic distortion	DC to 20 kHz	0.5 Vpp or more	0.06 % or less
	Spurious 2 4 (non-harmonic)	DC to 1 MHz	-70 dBc
	Spurious 2 4 (non-harmonic)	1 MHz to 50 MHz	-70 dBc + 6 dB/octave
	Phase noise (10 kHz offset)	1 MHz or more	0.1 Vpp or more	Typically -115 dBc/Hz
Square waves	Frequency	1 μHz to 25 MHz
	Rising, falling time	Less than 10 ns
	Overshoot	Less than 2 %
	Variable duty cycle	Less than 10 MHz	20 % to 80 %
	Variable duty cycle	Less than 25 MHz	40 % to 60 %
	Asymmetry	50 % duty cycle	1 % of period + 5 ns
	Jitter (RMS)	0.1 Vpp or more 1 MHz or more	200 ps
Ramp and triangle waves	Frequency	1 μHz to 200 kHz
	Linearity	Less than 0.1 % of the peak output
	Symmetry	0.0 % to 100.0 %
Pulse wave	Frequency	500 μHz to 10 MHz
	Pulse width	20 ns minimum
	Pulse width	Resolution (period ≤ 10 s)	10 ns
	Variable edge time	Less than 10 ns to 100 ns
	Overshoot	Less than 2 %
	Jitter (RMS)	0.1 Vpp or more 50 kHz or more	200 ps
Noise waves	Bandwidth	Typically 20 MHz
Arbitrary waveforms	Frequency	1 μHz to 10 MHz
	Wavelength	2 to 256 K points
	Resolution	14 bits (including the sign)
	Sampling rate	125 megasamples per second
	Minimum rising or falling time	Typically 30 ns
	Linearity	Less than 0.1 % of the peak output
	Settling time	Up to 0.5 % of the final value	Less than 250 ns
	Jitter (RMS)	6 ns + 30 ppm
	Non-volatile memory	50 % duty cycle	4 waveforms, 256 K points per waveform

*1 Add 1/10th to the output amplitude and DC offset specifications per 1 oC for operations out-side the range of 18 oC to 28 oC. *2 When autoranging is enabled *3 DC offset set to 0 V *4 Spurious output at low amplitudes is typically -75 dBm.

Waveforms	Standard waveforms	Sine, square, ramp, triangle, pulse, noise, and DC
Waveforms	Arbitrary waveforms	Exponential rising wave, exponential falling wave, reverse ramp wave, sinc wave, and cardiac wave (cardiac electrogram wave)
Sine waves	Frequency	1 μHz to 50 MHz
	Amplitude flatness 1 2 (relative to 1 kHz)	Less than 100 kHz	0.1 dB
		Less than 5 MHz	0.15 dB
		Less than 20 MHz	0.3 dB
		Less than 50 MHz	0.5 dB
	Harmonic distortion 2 3	DC to 20 kHz	Less than 1 Vpp	-70 dBc
		DC to 20 kHz	1 Vpp or more	-70 dBc
		20 kHz to 100 kHz	Less than 1 Vpp	-65 dBc
		20 kHz to 100 kHz	1 Vpp or more	-60 dBc
		100 kHz to 1 MHz	Less than 1 Vpp	-50 dBc
		100 kHz to 1 MHz	1 Vpp or more	-45 dBc
		1 MHz to 20 MHz	Less than 1 Vpp	-40 dBc
		1 MHz to 20 MHz	1 Vpp or more	-35 dBc
		20 MHz to 50 MHz	Less than 1 Vpp	-35 dBc
		20 MHz to 50 MHz	1 Vpp or more	-30 dBc
	Total harmonic distortion	DC to 20 kHz	0.5 Vpp or more	0.06 % or less
	Spurious 2 4 (non-harmonic)	DC to 1 MHz	-70 dBc
	Spurious 2 4 (non-harmonic)	1 MHz to 50 MHz	-70 dBc + 6 dB/octave
	Phase noise (10 kHz offset)	1 MHz or more	0.1 Vpp or more	Typically -115 dBc/Hz
Square waves	Frequency	1 μHz to 25 MHz
	Rising, falling time	Less than 10 ns
	Overshoot	Less than 2 %
	Variable duty cycle	Less than 10 MHz	20 % to 80 %
	Variable duty cycle	Less than 25 MHz	40 % to 60 %
	Asymmetry	50 % duty cycle	1 % of period + 5 ns
	Jitter (RMS)	0.1 Vpp or more 1 MHz or more	200 ps
Ramp and triangle waves	Frequency	1 μHz to 200 kHz
	Linearity	Less than 0.1 % of the peak output
	Symmetry	0.0 % to 100.0 %
Pulse wave	Frequency	500 μHz to 10 MHz
	Pulse width	20 ns minimum
	Pulse width	Resolution (period ≤ 10 s)	10 ns
	Variable edge time	Less than 10 ns to 100 ns
	Overshoot	Less than 2 %
	Jitter (RMS)	0.1 Vpp or more 50 kHz or more	200 ps
Noise waves	Bandwidth	Typically 20 MHz
Arbitrary waveforms	Frequency	1 μHz to 10 MHz
	Wavelength	2 to 256 K points
	Resolution	14 bits (including the sign)
	Sampling rate	125 megasamples per second
	Minimum rising or falling time	Typically 30 ns
	Linearity	Less than 0.1 % of the peak output
	Settling time	Up to 0.5 % of the final value	Less than 250 ns
	Jitter (RMS)	6 ns + 30 ppm
	Non-volatile memory	50 % duty cycle	4 waveforms, 256 K points per waveform

Common waveform characteristics

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Frequency	Resolution	1μHz
Amplitude	Range	10 mVpp to 10 Vpp (50 Ω termination) , 20 mVpp to 20 Vpp (No termination)
	Accuracy12	±1 % of setting ± 1 mVpp (At 1 kHz)
	Units	Vpp, Vrms, and dBm
	Resolution	4 digits
DC offset	Range	±5 V (50 Ω termination), ±10 V (No termination)
	Accuracy12	±2 % of offset setting ±0.5 % of amplitude setting ±2 mV
	Resolution	4 digits
Main Output	Impedance	Typically 50 Ω
	Isolation	Up to 42 Vpk (From earth)
	Protection	Short-circuit protection, overload automatically stops output
Internal frequency reference	Accuracy*2	±10 ppm (90 days), ±20 ppm (1 year)
External frequency reference input	Lock range	10 MHz ± 500 Hz
	Level	100 mVpp to 5 Vpp
	Impedance	Typically 1 kΩ (AC coupled)
	Lock time	Less than 2 s
Frequency reference output	Level	Typically 632 mVpp (0 dBm)
Frequency reference output	Impedance	Typically 50 Ω (AC coupled)
Phase offset	Range	-360 ° to +360 °
	Resolution	0.001°
	Accuracy	8ns

*1 When autoranging is enabled *2 Add 1 ppm/1 oC (average) for operations outside the range of 18 ℃ to 28 ℃.

Types of modulation

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Types of modulation	Modulation	AM, FM, PM, FSK, PWM, sweep, and burst
AM	Carrier wave	Sine, square, ramp, or arbitrary
	Modulation signal	Internal or external
	Internal modulation signal	Sine, square, ramp, triangle, noise, or arbitrary
	Internal modulation signal frequency range	2 mHz to 20 kHz
	Modulation depth	0.0 % to 120.0 %
FM	Carrier wave	Sine, square, ramp, or arbitrary
	Modulation signal	Internal or external
	Internal modulation signal	Sine, square, ramp, triangle, noise, or arbitrary
	Internal modulation signal frequency range	2 mHz to 20 kHz
	Deviation	DC to 25 MHz
PM	Carrier wave	Sine, square, ramp, or arbitrary
	Modulation signal	Internal or external
	Internal modulation signal	Sine, square, ramp, triangle, noise, or arbitrary
	Internal modulation signal frequency range	2 mHz to 20 kHz
	Deviation	0.0 ° to 360 °
PWM	Carrier wave	Pulse wave
	Modulation signal	Internal or external
	Internal modulation signal	Sine, square, ramp, triangle, noise, or arbitrary
	Internal modulation signal frequency range	2 mHz to 20 kHz
	Deviation	0 % to 100 % of the pulse width
FSK	Carrier wave	Sine, square, ramp, or arbitrary
	Modulation signal	Internal or external
	Internal modulation signal	Square wave signal with a 50 % duty cycle
	Internal modulation signal frequency range	2 mHz to 100 kHz
External Modulation Input*1	Input voltage range	±5 V full scale
	Input resistance	Typically 8.7 kΩ
	Bandwidth	DC to 20 kHz
Sweep	Waveforms	Sine, square, ramp, or arbitrary
	Method	Linear and logarithmic
	Direction	Up, down
	Sweep time	1 ms to 500 s
	Trigger	Internal, external, or manual
	Marker	The falling edge of the sync output signal
Burst	Waveforms*2	Sine, square, ramp, triangle, noise, or arbitrary
	Method	Internal or external
	Starting and ending phases	-360 ° to +360 °
	Internal period	1 μs to 500 s
	Gate signal	External
	Trigger signal	Internal, external, or manual
Trigger input	Input level	TTL compatible
	Slope	Select rising or falling
	Pulse width	Greater than 100 ns
	Impedance	Greater than 10 kΩ (DC coupling)
	Latency	Less than 500 ns
Trigger output	Output Level	TTL equivalent (load of 1 kΩ or more)
	Pulse width	Greater than 400 ns
	Impedance	Typically 50 Ω
	Maximum speed	1 MHz
	Fan-out	Up to 4 FGA5050s

*1 FSK modulation uses the Trig In/Out, FSK/Burst connector (the maximum frequency is 1 MHz). *2 Sine and square waveforms above 10 MHz are can only be used with an infinite burst count.

Types of modulation	Modulation	AM, FM, PM, FSK, PWM, sweep, and burst
AM	Carrier wave	Sine, square, ramp, or arbitrary
	Modulation signal	Internal or external
	Internal modulation signal	Sine, square, ramp, triangle, noise, or arbitrary
	Internal modulation signal frequency range	2 mHz to 20 kHz
	Modulation depth	0.0 % to 120.0 %
FM	Carrier wave	Sine, square, ramp, or arbitrary
	Modulation signal	Internal or external
	Internal modulation signal	Sine, square, ramp, triangle, noise, or arbitrary
	Internal modulation signal frequency range	2 mHz to 20 kHz
	Deviation	DC to 25 MHz
PM	Carrier wave	Sine, square, ramp, or arbitrary
	Modulation signal	Internal or external
	Internal modulation signal	Sine, square, ramp, triangle, noise, or arbitrary
	Internal modulation signal frequency range	2 mHz to 20 kHz
	Deviation	0.0 ° to 360 °
PWM	Carrier wave	Pulse wave
	Modulation signal	Internal or external
	Internal modulation signal	Sine, square, ramp, triangle, noise, or arbitrary
	Internal modulation signal frequency range	2 mHz to 20 kHz
	Deviation	0 % to 100 % of the pulse width
FSK	Carrier wave	Sine, square, ramp, or arbitrary
	Modulation signal	Internal or external
	Internal modulation signal	Square wave signal with a 50 % duty cycle
	Internal modulation signal frequency range	2 mHz to 100 kHz
External Modulation Input*1	Input voltage range	±5 V full scale
	Input resistance	Typically 8.7 kΩ
	Bandwidth	DC to 20 kHz
Sweep	Waveforms	Sine, square, ramp, or arbitrary
	Method	Linear and logarithmic
	Direction	Up, down
	Sweep time	1 ms to 500 s
	Trigger	Internal, external, or manual
	Marker	The falling edge of the sync output signal
Burst	Waveforms*2	Sine, square, ramp, triangle, noise, or arbitrary
	Method	Internal or external
	Starting and ending phases	-360 ° to +360 °
	Internal period	1 μs to 500 s
	Gate signal	External
	Trigger signal	Internal, external, or manual
Trigger input	Input level	TTL compatible
	Slope	Select rising or falling
	Pulse width	Greater than 100 ns
	Impedance	Greater than 10 kΩ (DC coupling)
	Latency	Less than 500 ns
Trigger output	Output Level	TTL equivalent (load of 1 kΩ or more)
	Pulse width	Greater than 400 ns
	Impedance	Typically 50 Ω
	Maximum speed	1 MHz
	Fan-out	Up to 4 FGA5050s

*1 FSK modulation uses the Trig In/Out, FSK/Burst connector (the maximum frequency is 1 MHz). *2 Sine and square waveforms above 10 MHz are can only be used with an infinite burst count.

Pattern Mode Characteristic

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Output	Maximum clock speed	50 MHz
	Output Level	TTL equivalent (load of 2 kΩ or more)
	Output Impedance	Typically 110 Ω
	Pattern Length	2 to 256 K points

Product Catalog

50MHz Function Generator - FGA5050 801.43 KB

801.43 KB

Operation Manuals

FGA5050

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FGA5050 Measurement instrument

About the products on this website

The products listed on this website are intended for professional use under the supervision of a person with sufficient electrical knowledge and are not designed or manufactured for general home use or consumer use.
Specifications and designs are subject to change without notice due to improvement or other reasons.
Names and prices are subject to change or production may be discontinued for various reasons.
If you have any questions about your order or contract, please contact our sales department. Please note that we may not be able to assume any responsibility or liability that may arise if you do not confirm an issue with us. Please be aware of this in advance.
Many of our products are subject to export restrictions under the export license and related regulations and laws stipulated by the Japanese government. If you wish to take the product outside of Japan or export it, please consult with our sales office in advance, as you will need to follow the prescribed procedures stipulated by the regulatory authorities.
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Please be sure to read the "Operation Manual" before using the product.
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FGA5050

Overview

The LXI interface makes easier for the test system!

Application

Voltage variation test for Automotive Electronic devices

Measurement of the output impedance of the power supply

Specifications

Product Catalog

Operation Manuals

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