Search

• A band rather than an edge
• A boundary is a model and a tolerance
• Every model has an edge
• How small is small signal
• Kirchhoff's own frequency
• The capacitance a third switch moves
• The constant that is a window
• The edge that is a region
• The edges that are lengths
• The edges that move with the room
• The floor below any load
• The leak no switch can hold
• The logarithm is in the collector
• The one current a constant is right at
• The resistance a slow curve cannot see
• The resistance that bends the signal
• The shunt switch the source sizes
• The straight line between two models
• The width no load can change
• Three amplitudes, all of them one per cent
• Two boundaries removed, and one moved
• Two currents with one name
• Where an open switch leaks to
• Where the mechanisms are one mechanism
• The boundary that is a rise time
• How many straight lines a diode is
• Symmetry and a resistor together
• The load that rings with the line
• How long a track may be
• The offset that brings the even orders back
• Two decibels of matching for one of gain
• The heavier input that allows a longer track
• The load spread along the track
• The track that forks
• The edge of a chain
• The table that has to be refitted
• The delay a chain adds
• The resistor mismatch that is only an offset
• The stage that overshoots a little

• A bias point is a solution, not a choice
• The buffer that is not a buffer
• The copy, and its two errors
• The device that never sees the swing
• The distortion a linear model cannot have
• The error that is a distribution
• The exponent that is a square
• The frequency a device sets for itself
• The input that pushes back
• The length that is a voltage
• The mismatch that cancels itself
• The order that stops helping
• The point the device is never at
• The product that is not the third
• The refusal, and what it was protecting
• The resistance that is below zero
• The sensor inside its own answer
• The source that holds to the supply
• Two millivolts a kelvin, and the wrong sign
• What a pair cancels, and what it only halves
• What a resistor in the emitter buys
• What matching does about temperature
• What the fourth order says about the third
• Where the two exponents come from
• The noise the cascode device does add
• The drop the lower device did not need
• The base current the mirror counts twice
• The resistor the upper base is held through
• The circuit with three bias points
• The bias point that heats itself
• The bias the gain does not set
• The trim that takes the drift with it
• The voltage at which the slope is zero
• The bow a trim leaves
• The node the bandwidth belongs to
• The overdrive at which temperature cancels
• The nodes a cascode hands the bandwidth to
• The follower that lets go on the way down
• What the cure at the base costs
• The fifth a resistor adds

• A boundary in volt-seconds
• Interleaving is a choice, not an improvement
• One dissipation, two exponents
• One number from two measurements
• The area a curve cannot have
• The assumption that is a geometry
• The boundary that is a starting point
• The copper that makes it worse
• The core the solver has to remember
• The current inside the iron
• The distribution the bench cannot see
• The duty cycle that costs nothing
• The energy is in the gap
• The exponent nobody put in
• The flux that walks
• The gap that is bigger than it is
• The gap that is three gaps
• The inductance that is a shape
• The inductance the current decides
• The inductor that is a capacitor
• The loss that depends on what it causes
• The optimum a spectrum moves
• The optimum that does not move
• The other half of the same window
• The resistance that grows with frequency
• The turns nearest the gap
• The walk that stops
• The wire that is not a foil
• Two inductances at one current
• Two ports from two one-ports
• What coupling buys, and where it does not
• Where the band goes entirely
• Which picture sets the upper edge
• The leakage a series reading cannot see
• The Q that peaks before resonance
• The Q a core allows
• The flux the reset leaves behind
• The band a turns ratio holds over
• The band counted in rise times
• The window that moves

• A divider with two ratios
• The ammeter that is a resistor
• The ammeter that is not in the circuit
• The corner that says nothing about an edge
• The corner the instrument has no part in
• The cure that becomes a different circuit
• The current that does not reach the input
• The current the instrument draws
• The errors that arrive before the gain
• The four resistors that decide, and the two that do not
• The instrument's own rise time
• The millivolts in the wire
• The optimum that hands back a bandwidth
• The probe is part of the circuit
• The probe that takes a tenth
• The rail that is an input error
• The rejection four resistors decide
• The rejection the parts have
• The resistance that depends on the reading
• The sign of what the guard gives back
• The voltmeter four wires do not remove
• Two terminals measure the leads as well
• Every tooth the same height
• One voltage added to two readings
• A star is half a millimetre long
• The source that rings against its guard
• The resistor that moves the lag
• The pulse that ends before the heat
• The rejection two capacitors lose at their corner
• The second capacitor, and the tail that changes sign
• The second pole the ringing guard sees
• Two coupling stages without a buffer
• The ring a blocking capacitor buys
• The time constant one trimmer cannot reach
• The cure that needs one current
• The current a capacitor adds up
• The voltage four wires carry in
• The ring the ground lead adds
• The source the hook hides behind
• The branches a square root needs

• A floor, or a line
• A floor, or five tones
• A picosecond, read as bits
• An exact answer to a different question
• Flatness, and the two currencies it is bought in
• One bit, and where the noise went
• One knob, and the two exponents it turns
• Six decibels a bit, and the half step blamed on it
• The corner that moved
• The dither that is a decision
• The floor a converter sets
• The frequency a sample rate invents
• The loop that is worse at full scale
• The nulls are where nothing is
• The same filter, rounded twice
• The staircase on the way out
• Two loops, and the mismatch between them
• What the filter in front costs
• When a floor stops being a floor
• Which section goes first
• The floor every filter has
• Two thirds of a bit for a factor of twenty-eight
• The clock that is too fast
• The pole a straight line is worth
• Four rectangles and no filter
• Half a clock against a pole
• The frequency a band moves at
• A jitter that grows with the look
• The windows a real filter leaves
• The word length that is not a threshold
• The loop a reference allows
• A frequency that wanders
• The rate each reading needs
• One step of dither per moment
• The levels the loop cannot shape
• The integrator that leaks the zero away
• The rounding a section keeps
• Zero in, and not zero out
• The peak that is a corner
• The samples a rise time needs

• A ladder is not a cascade
• A resistor made of a clock
• Eight amplifiers, and what they add
• Flat delay, bought with more delay
• Flat magnitude, unflat delay
• One inductor, and ten components
• The band that closes with the order
• The band that does not close
• The boundary that improves when the part gets worse
• The filter that samples
• The floor that outlives the arithmetic
• The inductor that is an amplifier
• The offset that knows the signal
• The Q the amplifier decides
• The ripple that is a temperature
• The same filter a thousand times larger
• The selectivity that is not free
• The termination an even order cannot have
• The two resistors a ladder was designed between
• The zeros that buy an order
• Three families, one corner
• What a steep skirt costs
• What actually fills a null
• Where the Q comes from
• The null that is stationary in nothing
• The sign the null leaves behind
• The peak the amplifier moves
• The residue that has only one sign
• What a filter does not pass, it sends back
• The dual that is the same function
• The residue that falls with its slope
• The heat a delay predicts
• The load a filter is in its stopband
• The line from Bessel to Butterworth
• The delay that is a centre of mass
• The envelope that leaves early
• The attenuation a flat delay cannot buy
• The resistor that pays the amplifiers back
• The capacitance at the switched plate
• The Q designed for the amplifier

• A ladder is not a line
• A quarter wave, and the path the current takes back
• How wide a null is
• Several sections, and the band they buy
• Terminated at both ends
• The cable that hides two things
• The corner that is three decades wide
• The delay that is not one number
• The depth a resonance does not have
• The dip whose area is fixed
• The far end that cancels
• The inductor one mode cannot see
• The millimetre that becomes common mode
• The mismatch that the cable hides
• The permittivity a loss forbids
• The receiver that is a branch
• The resistor at the wrong end
• The sections a wavelength needs
• The staircase in time
• The via that is a piece of line
• The via two lines can weigh
• Two returns in one plane
• Where the current comes back
• Where the plane runs out
• The pad the stub comes out of
• The edge the loss delivers
• The slot that does not separate
• The common mode that has three slopes
• The skew in the glass
• The guard that is part of the return
• The angle two weaves allow
• The conductor made causal too
• The skew that moves with frequency
• The near end that stops growing
• The far end that is a derivative
• The termination that runs out
• The match with no upper edge
• The number that was wrong
• The heat a standing wave leaves
• The sections an edge needs

• A source below a frequency
• The amplitude nothing linear predicts
• The bridge that is linear near one point
• The capacitor across the upper resistor
• The current that sizes the transformer
• The decision taken where the ramp is slowest
• The delay that is two delays
• The direct voltage that is a sawtooth
• The floor a second capacitor removes
• The frequency that is not the formula
• The gain that is exactly one
• The leads that are in the bridge
• The period a delay lengthens
• The resistance that belongs in the winding
• The resistance that lowers the ripple
• The ripple that arrives as a comb
• The two leads nobody counts
• The walk the core sees
• Two capacitors that are one
• Two exponentials, and where they meet
• Two requirements pulling one capacitor
• Two thresholds because there is a floor
• What gets through from the rail
• What the limiter charges for
• The carrier a cable allows
• The capacitance the bias takes away
• The lead a divider can give
• The capacitance that is already a difference
• The resistance a supply's regulation counts
• The sensor that is the capacitance
• What a calibration at the carrier removes
• The spread a winding resistance holds
• The count a core survives
• The gain a tolerance demands
• The inductance that flattens the supply
• The gain an amplifier asks for, squared
• The load that rises slower than the loop
• Every draw shared, and nothing in common
• The lamp that has to be slow
• The reference that should be late

• A sum that is exact, and the estimate that is not
• One step, computed twice
• Shorted instead of opened, and the error changes sign
• Ten seconds, and fifteen minutes
• The best damping is not the one to build
• The cancellation that leaves a tail
• The capacitor that remembers
• The cliff before the fastest settling
• The diode that conducts backwards
• The gap a derivative needs
• The half a switch keeps
• The half that never arrives
• The heat a recovery leaves behind
• The phase the rule loses
• The pulse the heatsink does not feel
• The ringing that belongs to the rule
• The start a step takes from infinity
• The step that is too big
• Two ladders the terminals cannot tell apart
• Two numbers without solving for the waveform
• Where the behaviour is written down
• Where the estimate stops being a bound
• The slowest one decides it
• The rule between the two
• The parasitic that moves the start
• The threshold a delay is quoted at
• How long a large step takes to settle
• The tail the source decides
• How many relaxations a settling curve holds
• The tail with no slowest relaxation
• The Q a rule can show
• The root a ring of equal stages takes
• The swing a diode keeps
• The energy two capacitors cannot share
• The delay an inductance does not add
• The damping a zero asks for
• The recovery a Schottky does have
• Three cliffs, and where they are
• Two loops, and one heatsink
• The sample before the sample

• Every derivative, and the one that is zero
• Exact outside and wrong within
• The answer that is perfect and absurd
• The branch the other resistance decides
• The direction a response is most sensitive to
• The divider, and the thing it does not know about
• The load a curve recommends
• The matrix that is ill, and the answer that is not
• The node that is not in the circuit
• The reading that does care which way round
• The reading that does not care which way round it is
• The resistor that is not made of the resistors
• The source that is not a source
• The stage that is wrong is the far one
• The three tolerances that do nothing
• The tolerance that can only take away
• The tolerance that is not on any part
• Two solves that add, and the one that does not
• What a network answers, and how the answer is checked
• Where the matrix is worst, and where the answer is not
• The peak that only has a bound
• The source that must not be zeroed
• The cross terms that outnumber the sources
• The readings that add up and are wrong
• The R–2R ladder, built for the rest of itself
• How many sources the cross terms count
• The shape a tolerance does not print
• What a ratio does not see
• The derivative of a root
• The reference a sweep should keep
• The small leg of a large ratio
• The pole that crosses with the resistance
• The reduction that stays finite
• The readings that come back the same
• The resistance colder than the room
• How many readings a maximum takes
• The step that returns the digits
• The derivative that is a delay
• The digits the arithmetic did not have
• The conductance added so it would invert

• How long a sweep waits at each step
• One solve, read four ways
• Resonance, and the bandwidth it sets exactly
• The resistor that is right in size and wrong in angle
• The arrow that goes past where it settles
• The capacitance that is not one number
• The capacitor that is an inductor
• The coefficient that is about one reading
• The corner error a filter hides in its sections
• The efficiency a fixed Q costs
• The energy that arrives first
• The gain margin the straight lines get exactly wrong
• The margin the straight lines report
• The match with no knob
• The phase a decibel buys
• The phase the magnitude already knows
• The Q the components allow
• The reading a data sheet does not take
• The resistor that is only a resistor
• The same part written two ways
• The straight lines, and where they are not the curve
• The zero that lifts the lines
• Three voltages that close on one, and the steady state they assume
• Two parasitics, and the resonance neither of them has
• Four readings of one distance
• The level the phase cannot know
• The two mirrors that change places
• The resistor that is a helix
• The circle a peak sits on
• A tolerance is an arrow
• A sweep that never stops
• Two parts that drift together
• The part that decides the match
• The Q a pi network makes a designer choose
• Five readings of one Q
• The zero the lines put on the wrong side
• The ring a drive leaves behind
• The zeros that have no side
• The resistor turned round
• The reading a coil leaves nearly exact

• How much of the amplifier gets through
• Stable, and unstable with less gain
• The current above which there is no impedance
• The error a bigger resistor cannot help
• The factor the expression leaves out
• The gain the loop closes against
• The ideal amplifier, and where it stops being one
• The load that gets inside the loop
• The load that neither limit owns
• The loop that never crosses
• The node that is at ground for a while
• The path that buys the error back
• The rail the load moves
• The resistor that buys the margin back
• The step too large to have an impedance
• The tee that charges for its own compensation
• The window the resistors own
• Two measurements of one margin
• What is left at crossover
• What the load sees looking back
• What the second path costs at the floor
• Where the trouble is at the input
• The node that does not care how many
• The node that is an inductance
• The shelf a capacitor makes
• The compensation that costs nothing
• The resistor that holds the bottom of the shelf
• The sensor an integrator does not see
• Half to the amplifier, half to the resistors
• The area that feedback only moves
• The drift a tee multiplies
• The phase a delay never stops adding
• The band a sampled loop repays in
• The gain added to buy a margin
• The input that costs every other input
• One margin, and the gain under it
• The bandwidth the product still gets right
• Two wrong readings and one loop gain
• The gain that stops making a stage faster
• The margin a delay spends

• Only the real part is warm
• The amplifier inside the sample
• The bandwidth noise sees
• The bowl, and the bottom of it
• The ceiling is not at the output
• The corner where averaging stops working
• The filter an average is
• The floor a circuit has
• The floor a current sets
• The floor a resistor sets
• The floor that is only a floor while nothing flows
• The junction that is a resistor at zero volts
• The loss in front, counted twice
• The noise a clock does not make
• The ratio that does not walk to one
• The resistor in the same loop
• The resistor the noise comes from
• The sample that is subtracted
• The total that has no resistor in it
• The two generators that are one current
• Which way the noise goes
• The bandwidth a bin is not
• The window the square-root law has
• The order of the null, not the number of them
• The window a field-effect input wins in
• The count under the density
• A floor and a ceiling
• The noise a pad adds is its temperature
• The source resistance the flicker moves
• The average an integrator can hold
• The average that is not N times quieter
• Two generators with one cause
• One turns ratio for a band
• The ceiling a gain gives back
• The window that closes from the top
• The mean that makes a stopband
• The end a lossy line looks like
• The leak worth building in
• The floor the gains bring
• The resistors that sum a hundred amplifiers

• The average a square root pulls low
• The capacitor that was right once
• The current that does no work
• The cycle a converter has to know
• The degrees a thermocouple cannot see
• The energy a unity power factor doubles
• The far end that rises
• The first cycle, which no steady state contains
• The floor and the ceiling move apart
• The half the neutral does not carry
• The headroom that is the line's own charge
• The inductance that limits, and lifts
• The load that has two voltages or none
• The load that may be complex
• The load that takes the most
• The loop gain one temperature understates
• The neutral that carries more than a line
• The noise a true-RMS meter reads low
• The pair that is worse than either
• The protection that is gone by the second time
• The reactance cancelled, and the resonance it buys
• The regulator that pushes past the nose
• Three phases, and the wire that carries nothing
• What a meter multiplies by
• The reactance that is not free
• The load for a source that will not hold still
• The window that forgives the period
• The drop a series capacitor can reach
• Sixty degrees, and the limit compensation stops raising
• What each element buys against the limit
• The peak a sagging receiver keeps
• The reactance the capacitor cannot reach
• The capacitor two-thirds of the way out
• The instant a transformer is worst at
• The harmonic that names an inrush
• The sequence a harmonic belongs to
• The peak a load step does not see
• The capacitor that is not where the load is
• The rule that reads the sign of the gain
• The reactor that keeps a bank out of it