Agilent E4438C – Agilent E4438C ESG Vector Signal Generator
Specifications
Frequency Range | 1 GHz – 6 GHz | |
Frequency Resolution | 0.01 Hz | |
Output Accuracy | +/-0.5 | |
Output Range | -136 dBm – 11 dBm | |
Output Resolution | 0.02 dB | |
SSB Phase Noise Range | <-118 dBc/Hz |
Option Configurations
001 | Internal baseband generator (8 Msamples memory) | |
002 | Internal baseband generator (32 Msamples memory) | |
003 | Enables ESG digital output connectivity with N5102A | |
004 | Enables ESG digital input connectivity with N5102A | |
005 | 6 Gbyte hard drive | |
0BV | Service documentation, component level | |
0BW | Service documentation, assembly level | |
1CM | Rack mount without handle | |
1CN | Handle kit | |
1CP | Rackmount kit with front handles | |
1E5 | High-stability time-base | |
1EM | Moves all front panel connectors to rear panel | |
221 | Waveform 5-pack1 | |
222 | Waveform 5-pack2 | |
223 | Waveform 5-pack3 | |
224 | Waveform 5-pack4 | |
225 | Waveform 5-pack5 | |
226 | Waveform 5-pack6 | |
227 | Waveform 5-pack7 | |
228 | Waveform 5-pack8 | |
229 | Waveform 5-pack9 | |
300 | GSM/EDGE Base-station Loop-back test capability | |
400 | 3GPP WCDMA (FDD) personalities | |
401 | cdma2000 and IS-95-A personalities | |
402 | TDMA personalities (GSM, EDGE, NADC, PDC, PHS, DECT, TETRA) |
403 | Calibrated noise personalities | |
404 | 1XEV-DO signal studio software | |
406 | Bluetooth signal studio software | |
407 | Signal Studio for S-DMB | |
408 | Signal studio for enhanced multitone | |
409 | GPS personality | |
411 | TD-SCDMA (TSM) signal studio software | |
414 | Signal studio for 1xEV-DV and cdma 2000 | |
417 | Signal studio for 802.11 WLAN | |
418 | Signal studio for HSDPA over W-CDMA | |
419 | Signal Studio for 3GPP W-CDMA HSPA | |
420 | Signal studio for pulse building | |
421 | Signal studio for noise power ratio (NPR) | |
501 | 250kHz to 1 GHz | |
502 | 250kHz to 2 GHz | |
503 | 250kHz to 3 GHz | |
504 | 250kHz to 4 GHz | |
506 | 250kHz to 6 GHz | |
601 | Internal baseband generator, 8 Msa memory with digital bus capability | |
602 | Internal baseband generator, 64 Msa memory with digital bus capability | |
701 | Standard Chassis | |
702 | IEM Chassis | |
703 | UN7 Chassis | |
704 | UNB Chassis | |
705 | Standard and 005 chassis | |
706 | 1EM and 005 chassis | |
707 | UN7 and 005 chassis | |
708 | UNB and 005 chassis | |
709 | UN7 and 300 Chassis | |
710 | UN7 and 300 and 005 Chassis | |
711 | UN7 and UNB Chassis | |
712 | UN7 and UNB and 005 Chassis | |
713 | 506 and UN7 Chassis | |
714 | 506 and UN7 and 005 Chassis | |
715 | 506 Chassis | |
716 | 506 and 005 Chassis | |
717 | 1EM and UN7 and 300 Chassis | |
718 | 1EM and UN7 and 300 and 005 Chassis | |
719 | 1EM and UN7 Chassis | |
720 | 1EM and UN7 and 005 Chassis | |
730 | MATERIAL FOR UNM + HCC | |
731 | MATERIAL FOR 1EM + HCC | |
791 | Implied by E4438C-OC-SOFTWR | |
792 | Implied by E4438C-300 | |
AB0 | Taiwan – Chinese localization | |
AB1 | Korea – Korean localization | |
AB2 | China – Chinese localization | |
ABA | United States – English documentation set | |
ABF | France – French localization | |
ABJ | Japan – Japanese localization | |
D01 | Hardware option for E4438C | |
D02 | Hardware option for E4438C | |
D03 | Hardware option for E4438C | |
D04 | Hardware option for E4438C | |
D05 | Hardware option for E4438C |
D06 | Hardware option for E4438C | |
D07 | Hardware option for E4438C; 503,1EM,UNB,UNP,1E5 | |
D08 | Hardware option for E4438C; 503,1EM,UNB,UNJ,1E5 | |
D09 | Hardware option for E4438C; 504,UNM,UNN,UNP,1E5 | |
D10 | Hardware option for E4438C; 504,UNM,UNN,UNJ,1E5 | |
D11 | Hardware option for E4438C; 504,UNM,UNB,UNP,1E5 | |
D12 | Hardware option for E4438C; 504,UNM,UNB,UNJ,1E5 | |
D13 | Hardware option for E4438C (504/1EM/UNN/UNP/1E5) | |
D14 | Hardware option for E4438C (504/1EM/UNN/UNJ/1E5) | |
D15 | Hardware option for E4438C (504/1EM/UNB/UNP/1E5) | |
D16 | Hardware option for E4438C (504/1EM/UNB/UNJ/1E5) | |
D17 | Hardware option for E4438C (506/UNM/UNB/UNJ/1E5) | |
D18 | Hardware option for E4438C (506/1EM/UNB/UNJ/1E5) | |
H08 | enchancement to E4438C-408 | |
H13 | Enables option 413 (Pre-release signal studio for WiMAX personality) for the E4438C | |
H14 | Improved Phase Noise performance for a specific frequency | |
H16 | Warranted +16dBm maximum leveled RF output over 250MHz to 3GHz with option 506 | |
H20 | Signal studio for pulse building for the E8267C opt. 420 to operate in the E4438C | |
H25 | Extends the lower limit to Swept-Sine frequency to 25 MHz for LF Out | |
H3V | Increases the I/Q output voltage from 1.5V pk-pk to 3.0V pk-pk for the E4438C | |
H58 | Provide ACLR <= 58db for multi-carrier WCDMA | |
HA3 | Tested 100 Hz phase noise at 6 GHz and 100 Hz spurs at 5.18 GHz | |
HA6 | Provide ACLR less than= – 60dbc for muti-carrier WCDMA | |
HA7 | Specify Non-harmonics for frequency 136 MHz to 174 MHz to be less than -75 dBc | |
HBC | Provides frequency from 4GHz up to 6GHz In and Out on the rear panel | |
HCC | Provides 250MHz to 4GHz in & out on the rear panel | |
HDS | Provides synchronized DSIM device clock | |
HEC | Provides external BBG clock input on rear panel | |
HF8 | Extends the Frequency to 6.5 GHz for the E4438C with unspecified performance | |
HM3 | 2nd BaseBand Generator, 8 MSA Memory with I/Q summing ratio and freq offset. | |
HM4 | 2nd BaseBand Generator, 64 MSA Memory with I/Q summing ratio and freq offset. | |
HP3 | Second internal baseband generator for polar modulation with synchronization between two baseband generators, 8 Msa memory | |
HP4 | Second internal baseband generator for polar modulation with synchronization between two baseband generators, 64 Msa memory | |
LIC | License CD-ROM | |
QUO | N7617B-1FP 802.11 WLAN – connect to E4438C signal generator, fixed, perpetual license | |
RMKT | Agilent refurbished product | |
SK1 | SW KIT- SW CD | |
SK2 | SW KIT- SW CD, Pre-Installed SW LIC Notice | |
SP1 | Provides jitter injection for signal studio software | |
SP2 | Provides dynamic sequencing capability in the E4438C | |
UK6 | Commercial calibration certificate with test data | |
UN7 | Internal Bit Error Rate analyzer | |
UNB | High output power with mechanical attenuator | |
UNJ | Enhanced phase noise performance | |
UNM | Standard front and rear panel connector configuration | |
UNN | Standard output power with electronic attenuator |