Attachment 5e_AFPSL Measurement Capabilities.docx

DOCX document 35 KB Posted Feb 26, 2020

Attached to: AFPSL Recompete Federal contract opportunity
Solicitation number: FA2263-20-R-0002
Issued by: Department of the Air Force Materiel Command Lifecycle Management Center Wright Patterson Air Force Base

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Written by GovTribe AI · Dec 28, 2023

This document contains a technical exhibit outlining measurement capabilities for fiber optics and infrared testing, along with details of a related federal contract opportunity for the Air Force Primary Standards Laboratory (AFPSL) Recompete. The technical exhibit specifies the parameter ranges and uncertainties for fiber optics measurements of power, spectrum analysis, and source testing. It also outlines radiometric temperature and spectral radiance measurement capabilities for infrared testing. The federal contract opportunity is a solicitation from the Department of the Air Force Materiel Command Lifecycle Management Center seeking proposals for operation and sustainment of the AFPSL. A bidder's library with relevant documents will be made available after January 2020, with a final RFP anticipated to be posted on January 31, 2020. Proposals will be evaluated to select an awardee to continue supporting AFPSL testing requirements.

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Solicitation Amendment FA226320R00020004 SF 30.pdf	PDF	Mar 26, 2020
Attachment 2a_Workload Rev 1.xlsx	XLSX spreadsheet	Mar 26, 2020
AFPSL Recompete Section L Rev 3.docx	DOCX document	Mar 23, 2020
Solicitation Amendment FA226320R00020003 SF 30.pdf	PDF	Mar 20, 2020
AFPSL Recompete Section L Rev 3.docx	DOCX document	Mar 20, 2020
FA226320R0002 AFPSL_Questions.docx	DOCX document	Mar 11, 2020
AFPSL Recompete Section L Rev 2.docx	DOCX document	Mar 5, 2020
Solicitation Amendment FA226320R00020002 SF 30.pdf	PDF	Mar 5, 2020
Solicitation Amendment FA226320R00020001 SF 30.pdf	PDF	Mar 2, 2020
AFPSL Recompete Section L Rev 1.docx	DOCX document	Mar 2, 2020
TEP Price Proposal Workbook Rev 1.xlsx	XLSX spreadsheet	Mar 2, 2020
Attachment 5a_Facilities Lease Agreement.docx	DOCX document	Feb 26, 2020
AFPSL Recompete Incentive Plan.docx	DOCX document	Feb 26, 2020
AFPSL Recompete PWS.docx	DOCX document	Feb 26, 2020
AFPSL Recompete Section M.docx	DOCX document	Feb 26, 2020
Attachment 6_GFE Usage Fee.docx	DOCX document	Feb 26, 2020
Attachment 3_Radioactive Material List.doc	DOC document	Feb 26, 2020
Solicitation - FA226320R0002.pdf	PDF	Feb 26, 2020
DOL CBA Rev2.pdf	PDF	Feb 26, 2020
Attachment 7_ Accreditation Areas.xlsx	XLSX spreadsheet	Feb 26, 2020
Data Requirements.pdf	PDF	Feb 26, 2020
Section L Attachment 2 PPI Tool Instructions.docx	DOCX document	Feb 26, 2020
TEP Price Proposal Workbook.xlsx	XLSX spreadsheet	Feb 26, 2020
AFPSL_5_Year_Accredited_Cal Items Shipped - Bidder's Library.xlsx	XLSX spreadsheet	Jan 24, 2020
21-2 - US AFPSL Calibration Procedure TOs - 8 March 2016 - Bidder's Library.pdf	PDF	Jan 24, 2020
AFPSL Draft RFP Questions and Responses2.docx	DOCX document	Jan 24, 2020
AFPSL Cal Software list - Bidder's Library.xlsx	XLSX spreadsheet	Jan 24, 2020
AFPSL_Priority_Workload - Bidder's Library.xlsx	XLSX spreadsheet	Jan 24, 2020
21-7 - Calibration TO TCM - 25 Jan 2017 - Bidder's Library.pdf	PDF	Jan 24, 2020
Calibration Note Codes - Bidder's Library.xlsx	XLSX spreadsheet	Jan 24, 2020
Raw Data - Bidder's Library.xlsx	XLSX spreadsheet	Jan 24, 2020
AFPSL Master_Inverntory_Listing - Bidder's Library.xlsx	XLSX spreadsheet	Jan 24, 2020
Draft Solicitation - FA226320R0002.pdf	PDF	Dec 30, 2019
Section L Attachment 2 PPI Tool Instructions.docx	DOCX document	Dec 30, 2019
AFPSL Recompete Section M 20191217.docx	DOCX document	Dec 30, 2019
AFPSL Recompete Incentive Plan.docx	DOCX document	Dec 30, 2019
DOL CBA Rev2.pdf	PDF	Dec 30, 2019
Tech Exhibit 3_Radioactive Material List.doc	DOC document	Dec 30, 2019
Tech Exhibit 6_GFE Usage Fee.doc	DOC document	Dec 30, 2019
Tech Exhibit 1_SDS.xlsx	XLSX spreadsheet	Dec 30, 2019
AFPSL Draft RFP Questions and Responses.docx	DOCX document	Dec 30, 2019
Tech Exhibit 5a_Facilities Lease Agreement.docx	DOCX document	Dec 30, 2019
Tech Exhibit 2b_Turnaround Time Exceptions.xlsx	XLSX spreadsheet	Dec 30, 2019
Draft Data Requirements.pdf	PDF	Dec 30, 2019
AFPSL Recompete Section L 20191217.docx	DOCX document	Dec 30, 2019
Tech Exhibit 2a_Workload.xlsx	XLSX spreadsheet	Dec 30, 2019
Section L Attachment 1 Solicitation_Cross_Reference_Matrix.docx	DOCX document	Dec 30, 2019
AFPSL Recompete PWS.docx	DOCX document	Dec 30, 2019
AFPSL Recompete QASP.pdf	PDF	Dec 30, 2019
Tech Exhibit 5e_AFPSL Measurement Capabilities.doc	DOC document	Dec 30, 2019

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Technical Exhibit 5e 29 August 2018

AFPSL MEASUREMENT CAPABILITIES

Air Force Critical Information

FIBER OPTICS MEASUREMENT AREA

Parameter Range Uncertainty Reference Std.

Power Sensitivity	Non-Connectorized 0 to -60 dBm:
	800 - 900 nm	±0.25 dB	1%
	1250 - 1350 nm	±0.25 dB	1%
	1500 - 1600 nm	±0.25 dB	1%
	Connectorized +3 to -60 dBm
	800 - 900 nm	±2%	1%
	1250 - 1350 nm	±2%	1%
	1500 - 1600 nm	±2%	1%
Spectrum Analyzers	365 nm to 1530 nm	±0.5 nm	0.05 nm

(Wavelength) Sources (LEDs & LDs) Spectral Properties ±2 nm 0.5 nm

INFRARED MEASUREMENT AREA

Radiometric Temperature	200 - 1200 C	±1.40 C	±0.22 C
with Emissivity		0.005	0.00002

(Blackbodies)

Spectral Radiance	<300 nm	±4%	±1.7%
(Lamps)	300-2400 nm	±3%	±1.1%
Spectral Irradiance	<350 nm	±5%	±2.2%
(Lamps)	350 – 1600 nm	±4%	±1.9%
	>1600 nm	±8%	±6.5%
Noncontact Thermometry	20 - 800 C	±5% of F.S.
	850 - 2300 C	6 C	2.5 C
	2300 - 2500 C	8 C	2.5 C
Spectral Transmission	Wavelength (185 - 3200 nm)	±0.6 nm
	Transmittance
	(10% - 100%)	±2.5% of Value
	(1.0% - 10%)	±5% of Value
	(0.1 % - 1.0%)	±8% of Value
	(less than 0.1 %)	± 15% of Value
Spectral Transmission	Wavelength (2.5 - 25 m)	±0.6 m
	Transmittance
	(10% - 100%)	±2.5% of Value
	(1.0% - 10%)	±5% of Value
	(0.1% - 1.0%)	±8% of Value
	(less than 0.1%)	±15% of Value

LASER MEASUREMENT AREA

Parameter Range Uncertainty Reference Std.

Peak Power (Irradiance)	1.06 m, 1.0 - 100 mW/cm2	±2.5 dB	±7.0%
	1 W/cm2 - 1.1 W/cm2	±15.0%	±7.0%
Fluence (Energy/Pulse)	1.06 m, 10 - 7000 fJ/cm2	±10.0%
Average Power (Q-Switched)	1.06 m, 1.0 mW - 3 W	±5.0%	±1.0%
CW Power	488 nm, 1.0 mW - 2.0 W	±5.0%	±1.0%
	514.5 nm, 1.0 mW - 2.0 W	±5.0%	±1.0%
	632.8 nm, 20 nW - 60 mW	±5.0%	±1.0%
	1.06 m, 1.0 mW - 2.0 W	±5.0%	±1.0%
	10.6 m, 200 mW - 150 W	±5.0%	±2.0%
	10.6 m, 50 W - 1500 W	±5.0%	±3.0%
CW Power (On-Site)	1 - 11 m, 50 W - 200 kW	±5.0%	±3.0%

PHOTOMETRICS MEASUREMENT AREA

Luminous Intensity	25 - 2000 Candela	±2.0%	0.5%
Color Temperature	2000 - 3200 K	±20 K	From Spectral Irradiance
Luminous Directional Intensity	0.43 - 0.7 fL/fC	±1.5%	0.7%
UV Irradiance	365 nm, 0 -3 mW/ cm2	±7%%	5%

RADIAC MEASUREMENT AREA

Alpha Standards	0 - 13,000,000 CPM	±5.0%	±1.0%
Gamma Standards	1 mR/hr - 10,000 R/hr	±5.0%	±1.0%
Alpha Meters	0 - 13,000,000 CPM	±20.0%	±1.0%
Gamma Meters	1 mR/hr - 500 R/hr	±10.0%	±1.0%
Neutron Meters	1 - 15,000 mRem/hr	±15.0%	±5.0%

DC/LOW FREQUENCY MEASUREMENT AREA

Parameter Range Uncertainty Reference Std.

	Range/Uncertainty
Capacitance	0.01pf - 1000 pf @ 1000 Hz	±0.001% to ±0.002%	1000 pf @ 1000 Hz/± 0.0004%
	1 pf @ 1000 Hz (Coaxial)	±0.1%	1 pf @ 1000 Hz/± 0.052%
Resistance	0.001 to 1T	±0.0002% to ±0.2%	10 k/± 0.000015%
	10 k	±0.0001%(w/historical data)	10 k/± 0.000015%
	1	±0.0006%(w/historical data)	1 /± 0.00005%
DC Current	0.00001 A to 300 A	±0.004 to ±0.02%	0.00001 A to100 A/±0.0004% to
			±0.002%
AC Current	10 mA to 30 mA (100 kHz)	±0.015%	10 mA to 30 mA/±0.01%
	10 mA to 20 A (1 kHz, 1 0 kHz)	±0.01% to ±0.03%	10 mA to 20 A/±0.005% to ±0.015%
Inductance	100 mH @ 1 kHz	±0.03%	100 mH @ 1 kHz/±0.02%
Thermal Voltage Converters	0.45V to 100 V (1 MHz to 100 MHz)	±0.06% to ±1.1%	Same/±0.02% to ±0.5%
Thermal Transfer	0.0022V to 1000 V (10 Hz to 30 MHz)	±0.0022% to ±0.62%	Same/±0.001% to ±0.5%

Standard Multi-range

AC Flatness	Input Resistance: 50	±1.0%	Measured w/DMM
(Peak-to-Peak Detector)	Sensitivity: 1% P-P change to	±1 mV	Measured w/DMM
	produce a 10 mV DC change
	in output
	Frequency Response:	±0.2% to ±1.6%	50 Hz to 500 MHz/±0.08% to ±1.2%
	(50 kHz reference)
	0.1 MHz to 500 MHz
Helmholtz Coils	0 to 1000 Gauss	±0.1 % to ±2.5%	Absolute Standard

(magnetic field strength)

Reference Magnets	0 to 20 kGauss	±0.6% to ±2.5%	Absolute Standard
DC Voltage (low)	Standard Cells: 1.018 V	±0.0001%(w/historical data)	1.018 V/±0.00005%
	Zener Reference: 10 V	±0.0001%(w/historical data)	10 V/±0.00005%
DC Voltage (high)	5 kV to 100 kV	±0.025%		5 kV to 75 kV/±0.01%
AC Voltage (high)	15 kV to 100 kV	±1.0%		5 kV to 75 kV/±0.03%
DC Voltage Ratio	0 to 1.0	±0.05 ppm (terminal linearity)	N/A
	10: 1 ratio	±0.2 ppm	N/A
	100: 1 ratio	±0.5 ppm	N/A
AC Voltage Ratio	Transfer Ratio Corrections
	0 to 1.0 (50 Hz to 10 kHz)
	(50 Hz to 1 kHz)	±0.0001%	(50 Hz to 1 kHz)/±0.00005%
	(1 kHz to 10 kHz)	±0.0001% x (Freq(kHz)2 )	(1 kHz to 10 kHz)/±0.00005% x (Freq(kHz)2)
Risetime	25 Picoseconds	±7 Picoseconds	25 Picoseconds/±5 Picoseconds
Precise Time and	Time: Universal Time Coordinate	±10 nanoseconds of UTC	USNO
Frequency	steered by USNO
	Frequency: 100 kHz to 10 MHz	±1.1 X 10-13 fractional	USNO
	frequency offset
Phase Angle	1 Hz to 100 kHz	±(5+0.1 R) millidegrees to ±(48+R)	N/A
		millidegrees where R is the ratio
		of the larger to the smaller output
		voltage (i.e. reference voltage,
		variable phase voltage)

RF/MICROWAVE MEASUREMENT AREA

Parameter	Range	Uncertainty	Reference
Coaxial Power	0.1 to 10 MHz	1.0 to 1.25%	0.5%
	0.01 to 18 GHz	1.5 to 2.6%	0.8 to 1.7%
		18 to 26.5 GHz	4.4%	2.4%
		26.5 to 40 GHz	4.0%	2.1%
Waveguide Power	8.2 to 40 GHz	1.75 to 3.6%	1.5 to 2.4%
			33 to 50 GHz	2.6 to 4.5%	1.65 to 3.54%
High Power		1 MHz to 1.3 GHz	3.0 to 3.5%	2.4 to 2.9%
			1 to 1000 Watts
Attenuation	1.25 MHz (Var)	0.01 dB of charted value	0.002/6 dB*1
			30 MHz	0.01 dB of charted value	0.005/10 dB*1
		2.5 MHz to 26.5 GHz (0 to 100 dB)	0.015+0.005/10 dB step+1digit*1	0.003+0.003/10 dB*1
	2.5 MHz to 26.5 GHz (100 to 120 dB)	0.015+0.05/10 dB step+1digit*	0.003+0.003/10 dB*1
	2.5 MHz to 26.5 GHz (120 to 127 dB)	0.05+0.02/10 dB step+1digit	0.003+0.003/10 dB*1
				+0.18 dB noise*1
		26.5 to 40 GHz (0 to 50 dB)	0.045*2	0.01 dB of charted value
Coaxial Reflection	BNC: 100 kHz to 100 MHz	0.01 to 0.03*2	<0.00025 @ 30 MHz
Coefficient	14 mm: 100 kHz to 8.5 GHz	0.007 to 0.04*2	0.0016 to 0.0020*2
		N: 100 kHz to 18 GHz	0.007 to 0.04*2	0.0011 to 0.0020*2
	7 mm: 100 kHz to 18 GHz	0.005 to 0.025*2	0.0016 to 0.0018*2
	3.5 mm: 100 kHz to 26.5 GHz	0.01 to 0.07*2	0.0015 to 0.0030*2
	2.92 mm: 100 kHz to 40 GHz (SWR<2)	0.025 to 0.15*2	0.0009 to 0.0012*1
	2.4 mm: 100 kHz to 40 GHz (SWR<2)	0.015 to 0.09*2	0.0009 to 0.0012*1
Waveguide Reflection	2.6 to 40 GHz (SWR <2)	0.015 to 0.06*2	<1.01413*2
Coefficient		40 GHz to 50 GHz (SWR <2)	<1.1	<1.01413*2
VHF Omnidirectional	0 to 359.99 degrees	0.09 degrees	0.01 @ 0
Ranging						0.02 @ all other bearing
						angles
AM (Instrument Landing	90, 150 Hz	(0.1 to 0.2)%	0.05%
System)		(Based on a modulation
		depth of 0 to 50%)
AM Modulation	20 Hz to 100 kHz	1 to 3%*2	0.3% of reading + 1 digit*2
			(1 50 kHz to 1300 MHz
			carrier frequency)
FM Modulation	20 Hz to 200 kHz	1 to 5%*2	0.75% rdg*2
			(250 kHz to 1300 MHz
			carrier frequency)
Phase Modulation	200 Hz to 20 kHz	3*3	0.1% (Total Harmonic
			(1 50 kHz to 1300 MHz			Distortion)
			carrier frequency)
Power Density	2450 MHz	2 dB	0.5 dB
Coaxial Thermal Noise	0.01 to 8 GHz	0.23 dB*4	0.23 dB*4
	8 to 26 GHz	0.32 dB*4	0.32 dB*4
			26.5 GHz	0.35 dB	0.35 dB
Waveguide Thermal Noise	8.2 GHz to 12.4 GHz	0.2 dB	0.05 dB*4
			12.4 to 18 GHz	0.25 dB	0.09 dB*4
Phase Noise	5 MHz to 1.6 GHz	2 dB (0.01Hz to 1MHz offset)	0.3 to 2.0 dB (Spec An linearity)
			1.6 GHz to 18 GHz	4 dB (1MHz to 40MHz offset)	0.3 to 2.0 dB (Spec An linearity)
Phase			0.045 to 26.5 GHz	0.2 to 180 degrees	0.2 to 180 degrees
(Reflection/Transmission)		(varies with frequency,	(varies with frequency,
			connector type, and	connector type, and
			reflection/transmission	reflection/transmission
			coefficient)	coefficient)

*1 Plus mismatch error *2 Varies with frequency and reflection coefficient *3 Varies with carrier frequency and modulation rate *4 Varies with frequency

FORCE MEASUREMENT AREA

Parameter Range Uncertainty Reference Std.

Dead Weight Machines 0- 100000 lbf ±0.003% rdg

GAS FLOW MEASUREMENT AREA

Nozzle Stand	0 - 440 scfm	±0.5% rdg	NIST Cal'd Nozzles	±0.30% rdg
Laminar Stds	0.02 - 1 000 lpm	±1% rdg	NIST Traceable Element	±0.25% rdg
Volumetric Displacement	0.02 - 50 lpm	±1% rdg	Bell Provers	±0.30% rdg
Air Velocity	30 - 9000 fpm	±4% rdg	Wind Tunnel	±2.0% rdg

MASS MEASUREMENT AREA

Mass (minimum)	1 milligram	±5 micrograms
Mass (maximum)	50 Kilograms	±9.85 milligrams

PRESSURE MEASUREMENT AREA

Pneu. Pressure Piston Gauge	0.2-700 psi	±0.006% rdg
Hydraulic Pressure Piston Gauge	50-40000 psi	±0.01% rdg
Hydraulic Pressure Piston Gauge	6-15000 psi	±0.01% rdg
Oxygen Pressure Piston Gauge	500-15000 psi	±0.01 % rdg

SOUND MEASUREMENT AREA

Microphones (re 1 V/Pa)	50 - 10 kHz	±0.15 dB	NIST Cal'd Microphone	+0.09 dB
Sound Dosimeters	2 Hz - 10 kHz	±0.30 dB	NIST Cal'd Microphone	+0.09 dB
Sound Calibrators	1 kHz	±0.50 dB	NIST Cal'd Microphone	+0.09 dB
Sound Level Meters	2 Hz - 10 kHz	±0.50 dB	NIST Cal'd Microphone	+0.09 dB
Piston Phones	250 Hz	±0.30 dB	NIST Cal'd Pistonphone	+0.10 dB

TEMPERATURE MEASUREMENT AREA

Thermocouples	0 to 11000 C	±10 C	NIST Cal'd Thermocouple	±0.10 C
Platinum Resistance Therm.	-190 to 6610 C	±0.010 C	NIST Cal'd SPRT	<±0.000 C
Optical Pyrometer	900 to 22000 C	±1% of Scale	NIST Cal'd Pyrometer	±1.0% Scale

VACUUM MEASUREMENT AREA

Low Vacuum(Capacitance Gage)	10-3 Torr to 1 Torr	±0.001 to ±0.007 Torr	NIST Cal'd Gage	±0.3% rdg
Low Vacuum	1 Torr to 100 Torr	±0.00625 to ±0.65 Torr	NIST Cal'd Gage	±0.3% rdg
High Vacuum (Ion Gauge)	10-8 Torr to 10-4Torr	±20% to ±40% rdg	NIST Cal'd Gage	±6 to 25% rdg
High Vacuum(Spin Rotor Gauge)	10-6 Torr to 10-2 Torr	±5% rdg	NIST Cal'd Gage	±1.0% rdg

HUMIDITY MEASUREMENT AREA

Dewpoint	-70 to 200 C	±1.50 C	NIST Cal'd Chilled Mirror	±0.30 C
Relative Humidity	5 to 95%	±1.5% rdg	Dual Pressure/Temp System	±1.0 %

VIBRATION MEASUREMENT AREA

Accelerometers 5 Hz to 10 kHz ±3.0% of output NIST Cal'd Accelerometer ±1 to 2% of output

DIMENSIONAL MEASUREMENT AREA

Parameter	Range	Uncertainty	Reference Std.
Gage Blocks	0 to 0.090 inch	±3 in	±2 in
		±6 in	±2 in
	0.100 to 4 in	±2 in	±2 in
		±6 in	±2 in
	5 to 12 in	±3 in	±2 in
	5 to 20 in	±1 in/in	±1 in/in
Horizontal Length	0 to 12 in	±20 in	±2 in
		13 to 36 in	±2 in/in	±1 in/in
Circularity	0.0625 to 4 in	±4 in	±2 in
		4 to 12 in	±4 in	±1 in/in
Cylindricity	1 to 4 in	±30 in	±2 in
		4 to 11 in	±30 in	±1 in/in
Flatness	4 to 12 in	±0.5 in	±0.5 in
		1 to 12 in	±1.5 in	±0.5 in
		above 12 to 16 in	±4.0 in	±0.5 in
Surface Finish	2 to 100 in	±2% of Nominal	±0.51 in
		(Depth of SCRATCH)
		8 to 250 in	±2% of Nominal	±0.59in
		(Ra)
Internal/External Diameters	0.125 to 4.0 in	±6 in	±2 in
	4 to 7 in	±8 in	±1 in/in
Internal/External Thread	0 to 4 in	±40 in	±2 in

Geometry

Thread Wires	80 to 4 pitch diameter	±20 in	±2 in
Steel/Glass Scales	0 to 4 in	±50 - 100 in	±2 in
	4 to 18 in	±50 - 100 in	±1 in/in

OPTICS MEASUREMENT AREA

Angle - Polygon Face	0 - 360 degrees	±0.25 arc sec	Absolute Calibration
Angle - Angle Blocks	0 - 45 degrees	±0.4 arc sec	0.25 arc sec
Angle - Indexing Table	0 - 360 degrees	±0.5 arc sec	Absolute Calibration
Pentaprism	90 degrees	±0.25 arc sec	Absolute Calibration

Angle - Theodolite (First Order)

Horizontal Circle	0 - 360 degrees	±0.4 arc sec	Absolute Calibration
Collimation			±2 arc sec	1 arc sec
Vertical Leveling			±1 arc sec	Absolute Calibration
Angle - Tilt Angle Generator	0 - 100 arc sec	±0.2% of nominal	0.1 arc sec
	100 - 1000 arc sec	±0.3% of nominal	0.2 arc sec
Angle - Autocollimator	10 arc sec	±0.01 arc sec*	Modeling technique
	40 arc sec	±0.03 arc sec*	Modeling technique
	150 arc sec	±0.05 arc sec*	Modeling technique
	300 arc sec	±0.5 arc sec	0.2 arc sec
	1800 arc sec	±2 arc sec	0.5 arc sec
Mirror Flatness	1 -10 inch diameter	±1.0 in	0.5 in
Mirror Flatness (Rectangular)	up to 18 in	±1.0 in	0.5 in
Laser Frequency Stability	546.1 - 632.8 nm	±5 x 10-10	Absolute Calibration
	(Power 3mw or less)
Length - Electronic Distance	0 to 100 m	±5 mm	Absolute Calibration
Measuring	above 100 - 1000 m	±7 mm	Est. based on Comm data

*Based on AAMACS operation; without AAMACS, 0.25 arc sec

File details come from the government source that posted it. Updated Feb 26, 2020.