0xF3 ;F3 -- '' DB 0xE3 ;E3 -- '' DB 0xF3 ;F3 -- '' DB 0xD4 ;D4 -- '' DB 0xF3 ;F3 -- '' DB 0xC9 ;C9 -- '' DB 0xF3 ;F3 -- '' DB 0xC5 ;C5 -- '' DB 0xF3 ;F3 -- '' DB 0xC3 ;C3 -- '' DB 0xF3 ;F3 -- '' DB 0xB9 ;B9 -- '' DB 0xF3 ;F3 -- '' DB 0xAD ;AD -- '' DB 0xF3 ;F3 -- '' DB 0xA1 ;A1 -- '' DB 0xF3 ;F3 -- '' DB 0x99 ;99 -- '' DB 0xF3 ;F3 -- '' DB 0x8A ;8A -- '' DB 0xF3 ;F3 -- '' DB 0x7C ;7C -- '|' DB 0xF3 ;F3 -- '' DB
"AF82"H "AF83"H Table 8 Relationship between GRAM data and output pin DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB GRAM DATA 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 Selected PK palette + FRC PK palette palette PK palette Output pin SEG (3n+1) SEG (3n+2) SEG (3n+3) Note:
75 80 dB AVMIN Min. Attenuation -1 0 1 dB A VMAX Max. Attenuation 70 75 80 dB A Step Resolution 0.5 1.25 1.75 dB STEP EA Attenuation Set Error Av = 0 to -20dB -1.25 0 1.25 dB Av = -20 to -60dB -3 2 dB ET Tracking
folgenden Beispiele auf 500Hz bezogen (Das lässt sich leicht für SSB umrechnen – dort ist dann das MDS um 7db und der Dynamikbereich um knapp 5db schlechter). Hier ein Beispiel, um zu zeigen, wie wichtig die Angabe beider Werte ist: a) IP3 = -10dbm, MDS = -145dbm Æ DynB = 90db b)IP3 = +20dbm, MDS = -115dbm Æ
-20 dBm
CALIBRATION RESULTS
OBW 3 MHz
SWT 5 ms
Unit dBm
-2.0 dB NO MEAS
-1.9 dB NO MEAS
-1.8 dB NO MEAS
-1.7 dB NO MEAS
-1.6 dB NO MEAS
-1.5 dB NO MEAS
-1.4 dB NO MEAS
-1.3 dB NO MEAS
-1.2 dB NO MEAS
-1.1 dB NO MEAS
-1.0 dB NO MEAS
+0.0 dB NO MEAS
+1.0 dB NO MEAS
+2.0 dB NO MEAS
+3.0 dB NO MEAS
+4.0 dB NO MEAS
+5.0 dB NO MEAS
Calibration of FSIQ Filters PASSED
State
Center 1.75 GHz
350 MHz/
Span 3.5 GHz
Wireless ID 8899 3 AT+DVID Device ID 1122 4 AT+RFC Channel（128 Channels） 001 5 AT+POWE Transmit power +10db 6 AT+CLSS Type A0 AT instruction instructions In particular, the JDY-40 module sends the AT instruction need to
Wireless ID 8899 3 AT+DVID Device ID 1122 4 AT+RFC Channel（128 Channels） 001 5 AT+POWE Transmit power +10db 6 AT+CLSS Type A0 AT instruction instructions In particular, the JDY-40 module sends the AT instruction need to
SPDT SWITCH, DC - 8 GHz Insertion Loss Isolation 0 0 -1 -10 ( ) -20 RF1 S -2 ( -30 RF2 N T -40 T -3 L -50 S I I -4 + 85C -60 - 40C -70 -5 -80 E 0 1 2 FREQUENCY (GHz) 6 7 8 0 1 2 FREQUENCY (GHz) 6 7 8 T 10 Return Loss 0.1 and 1 dB Input Compression Point 0 35 T RFC E M -5 RF1, RF2 OFF S B ) 30 - S -10 ( L S L -15 1 25 E U T H R -20 I C -25 20 T O 0.1 dB Compression Point I -30 15 W 0 1 2 3 4 5 6 7 8 0 1 2 3 4 5 6 7 8 S FREQUENCY (GHz) S FREQUENCY (GHz) Input Third Order Intercept Point B 60 55 ) d50 O I45 U I40 + 25C 35 - 40C 30 0 1 2 FREQUENCY (GHz
signal on pin 20 − 1.7 − V (peak-to-peak value) Vi MPX(p-p)verdrive margin of MPX input signal THD = 1% 3 − − dB Vo(rms) AF mono output signal at pins 10 and 11 without pilot − 900 − mV (RMS value) Vo overdrive margin of output signal THD = 1% 3 − − dB V10-11o difference of output voltage levels − − 1 dB
Menue Ruhegeräusch Messsender -60dBm Messsender -90dBm Pegel SNR Pegel SNR DIFF-Test am Babyboard 62 dB -93 dBm 1 30 dB 0,3 -10 dB INA-Test am Babyboard 62 dB -93 dBm 1 30 dB 0,3 2 dB BALANCED am Babyboard 62 dB -87 dBm 0,8 20 dB 0,1 1 dB Protoboard Pico2 RP2350-Stamp 62 dB -100 dBm 1 30 dB 0,08 -1 dB Protoboard Pico1 Micro RP2040 62 dB -93 dBm 1 20 dB 0,04 -14 dB Protoboard + Preamp RP2350-Stamp 82 dB -118 dBm -. .- 0,9 28 dB
Compression V = -5V dBm +26 f= 0.5-6.0GHz V = -8V dBm +29 TOIP Third Order Intercept Point V = -5V dB +45 f= 0.5-6.0GHz V = -8V dB +48 Id Device Current uA 40 Isw Switching Speed nsec 3 50% control to 10%/90%RF The information provided herein is believed to be reliable at press time. Stanford Microdevices
packaged in a low-cost SO8 surface mount plastic package. www.bookham.com Thinking RF solutions P35-4227-3T Electrical Performance Ambient temperature = 22 ±3 °C , Zo = 50 Ω, Control voltages = 0V/-5V unless otherwise stated Parameter Conditions Min Typ Max Units Insertion Loss DC - 1GHz - 1.0 1.2 dB 1 - 3GHz - 1.3 1.5 dB Isolation DC - 1GHz 40 45 - dB 1 - 3GHz 22 26 - dB Input Return Loss DC - 1GHz 20 25 - dB 1 - 3GHz 12 15 - dB 1 Output Return Loss DC - 1GHz 20 25 - dB 1 - 3GHz 12 15 - dB 2 1dB power
dB PASSED
-77.0 dB +0.99 dB PASSED
-76.0 dB +0.88 dB PASSED
-75.0 dB +0.83 dB PASSED
-74.0 dB +0.73 dB PASSED
-73.0 dB +0.66 dB PASSED
-72.0 dB +0.58 dB PASSED
-71.0 dB +0.51 dB PASSED
-70.0 dB +0.48 dB PASSED
-69.0 dB +0.45 dB PASSED
Center 1.75 GHz 350 MHz/ Span 3.5 GHz
Characteristics Vertical System Vertical System 1 Allchannels Bandwidth HP 54600B and HP 54601B dc to 100 MHz 3 dB ac coupled, 10 Hz to 100 MHz –3 dB HP 54602B dc to 100 MHz 3 dB (1, 2, & 5 mV/div) dc to 150 MHz 3 dB (channels 1 & 2) dc to 250 MHz 3 dB (channels 3 & 4) ac coupled, 10 Hz to 150 MHz –3 dB (channels 1 & 2) HP 54603B dc to 60 MHz 3 dB ac coupled, 10 Hz to 60 MHz Rise time 3.5 ns (calculated, HP 54600B & HP 54601B) <2.33 ns (calculated, channels 1 & 2, HP 54602B) <1.4 ns (calculated, channels 3 & 4, HP 54602B) 5.8 ns (calculated
other applications do not need external MCU 3. Technical parameters Type JDY-41 Color Green Working frequency band 2.4G Transmitting power Max 12db Working temperature -40℃ - 80℃ Receiving sensitivity -96db Transmission distance 160m Working voltage
/pF D Video S/N – Figure 6 Figure 6 dB C See Note 2 Differential Phase Figure 7 Figure 7 Figure 7 ⋅ C Differentical Gain On line CCIR 310, worst from the – 1.0 5 % C first 4 steps out of 5 Luma/Sync ratio Input ratio 7.0:3.0 6.8/3.2 – 7.2
127-2-II und VDE Netzsicherung 115 V: M630C, 230 V: M315C Ausgangsabschwächer Leistungsaufnahme 30 dB kontinuierlich einstellbar; kombinierbar mit max. 30 VA den Festabschwächerstufen 0 dB, 20 dB und 40 dB Arbeitstemperatur Frequenzgang (Sinus und Dreieck) 0 °C bis 50 °C 0,3 dB; 0,5 dB über 1 MHz Abmessungen
-17.5 6Mbps OFDM 20 54Mbps OFDM 3 HT MCS0 18 Adjacent Channel Rejection HT MCS7 0 dB HE MCS0 16 HE MCS7 –1 RSSI Accuracy –90dBm to –30dBm –3 3 dB 6.8 WLAN Performance: 5GHz Transmitter Power PARAMETER TEST CONDITIONS MIN TYP MAX UNIT
MultiView Spectrum VNA Trc1 S21 dB Mag 1 dB/ Ref -7 dB Cal Mem2[Trc1] S21 dB Mag 1 dB/ Ref -7 dB R 100.00000 MHz -10.4513 dB ΔM1 1.531000 GHz 0.2459 dB ΔM2 2.90002 GHz 0.0720 dB ΔM3 4.107003 GHz -2.4217 dB ΔM4 4.40000 GHz -3.0511 dB Ch1
Vpin P OFF 1k –32 –30 –28 dBm Encode characteristics (Boost) (1) B-R-1 R ON 500 –25dB 1.4 2.9 4.4 dB (2) B-R-2 R ON 2k –25dB 5.5 7.0 8.5 dB (3) B-R-3 R ON 5k –25dB 3.9 5.4 6.9 dB (4) B-R-4 R ON 10k –40dB 9.7 10.4 11.9 dB (5) B-R-5 R ON 10k 0dB –1.1 0.4 1.9 dB Signal handling Vomax R OFF 1k THD = 1%
Signal Transceiver Product Portfolio
3rd Generation VST
2nd Generation VST
PXIe-5842
PXIe-5841
PXIe-5830/1
30 MHz—26.5 GHz
9 kHz—6 GHz
5 GHz—21 GHz
Up to 4 GHz
1 GHz
1 GHz
4 to 6
2 to 3
4 to 6
Up to 54 GHz
N/A
Up to 44 GHz
Up to 1 GHz
Up
Preset
Format Avg BW Marker
Scale Math Cal Search
Freq Power
Sweep Trigger Trace Channel
7 8 9
0 1 2 3
4 5 6
Ch 1 Internal Trig Continuous BW100 Hz No Correction RF
0 dB
-10 dB
-20 dB
-30 dB
-40 dB
-50 dB
-60 dB
-70 dB
-80 dB
-90 dB
-100 dB
0.000000 GHz
first two bytes, and temperature information on the last two bytes. Dummy Byte Odd Even Dummy Byte 1 DB1: 111X 0000 Dummy Byte 2 DB2: 111X 0000 Dummy Byte 3 DB3: rrrr nnnn Dummy Byte 4 DB4: tttt pppp Note: x represents 0 or 1 The sequence 111X0000 111X0000 appears on every frame (exactly every 1124 clock
Must be connected to VDD 8 /RD Must be connected to VDD 9 DB0 Must be connected to VDD 10 DB1 Must be connected to VDD 11 DB2 Must be connected to VDD 12 DB3 Must be connected to VDD 13 DB4 Must be connected to VDD 14 DB5 Must be connected to VDD 15 DB6(SCL) Serial data input serial clock input 16 DB7(SDA) 17 A Power supply LED backlight(+) 18 K Power supply LED backlight(-) PE12864LRF-042-H-Q (DK) Page13 SAMPLE Ver.01 SPEC Edi.003 2.3 Timing Characteristics PE12864LRF-042-H-Q (DK) Page14 SAMPLE
CALIBRATION RESULTS
Level Corr Val [dB] -0.980 PASSED
Filter Corr Val [dB] 5kHz/3dB +1.070 PASSED
feed forward compensation: DAC Vals: 124 120 PASSED
LO Suppression, Level of LO after Supp: -77.244 dBm PASSED
IQ Level, Corr Val: Bypass -1.28 dB PASSED
IF 6.4MHz -0.89 dB PASSED
LC Filter IF 6.4MHz -0.64 dB PASSED
XTAL Filter IF 6.4MHz -1.08 dB PASSED
IF 6.4MHz -0.25 dB PASSED
rel diff NORMAL IF 6.4MHz -0.02 dB PASSED
IF 6.4MHz +0.13 dB PASSED
Center 1.75 GHz Span 3.5 GHz
to 120 Hz 11.7 Hz to 20 kHz ± 0.1 dB >20 kHz to <70 kHz +0.1 / –0.5 dB 70 kHz Typically ≤–0.3 dB >70 kHz to <80 kHz +0.5 / –1.0 dB 80 kHz Typically ≤–0.5 dB Interchannel Amplitude Accuracy at 120 Hz High Resolution Mode At +13.9 dBu ±0.2 dB; with respect to amplitude accuracy at 120 Hz and 13.9 dBu, typically ±0.05 dB –22.1 dBu to +30 dBu ±0.3 dB High Bandwidth Mode At +13.9 dBu ±0.2 dB with respect to amplitude accuracy at 120 Hz and 13.9 dBu –22.1 dBu to +30 dBu ±0.3 dB Interchannel Amplitude Flatness Relative to
EN OUT =40mA，300Hz~50kHz 50 uVrms VIN [V OUT IOUT=10mA,1k Ripple Rejection Rate PSRR +1]V+1Vp-pA 70 dB HZ C Note ： 1. VOUT(T) ：Specified Output Voltage 2.VOUT (E) ：Effective Output Voltage ( le. The output voltage when “VOUT(T)+1.0V”is provided at the Vin pin while maintaining a certain Iout value.) 3
OS ) 5 120 μV Input Bias Current BI ) 100 pA Input Offset CurrentOSI ) 100 pA Input Voltage Range 0 3.5 V V CM= 0.1V to 3.5V 99 125 Common Mode Rejection Ratio (1(CMRR) dB -40℃ ≤ T ≤ +125℃ 97 A R L 10kΩ, V O 0.3V to 4.7V 110 135 Large Signal Voltage Gain (VO) dB -40℃ ≤ T A +125℃ 108 Input Offset Voltage
Io=0mA 800 μA amplifier all temp 900 Offset Voltage Vos Input offset voltage ±0.5 ±2.0 mV all temp ±3.0 mV dVos/dT Drift all temp ±0.5 μV/°C PSRR Power-supply rejection At DC 100 dB ratio Csep Channel separation At DC 120 dB Input Voltage Range Common mode voltage Vcm range Vs=1.5V to 5V (V-)-0.1 (V+
MySql und Datenbank wordle mit Tabelle worte python meine Version ist 3.12.3 wordle.py, inp.py, wordledb.py Konfiguration in wordle.py __init__: Chromedriver location self.driverloc = r'D:/greed/chromedriver.exe' Chrome Datenverzeichnis self.arg="user-data-dir=..." dort
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